How Three Scientists Built “Molecular Legos” That Could Help Solve Climate Change The prize everyone's sleeping on Why you should care (even if you do hate chemistry) While headlines are full of AI, electric cars, and space rockets, a quiet revolution just earned a Nobel Prize: metal-organic frameworks (MOFs) . These are tiny, highly porous materials that act like ultra-efficient “molecular sponges.” And although they sound like the sort of things only those geeks in the laboratories could get excited about, they have huge relevance for climate, water scarcity, pollution, and yes , your plastic water bottle. In 2025, Susumu Kitagawa, Richard Robson, and Omar M. Yaghi won the Nobel for their pioneering work on MOFs. 2025 Chemistry Nobel Prize laureates: Susumu Kitagawa (JAP), Richard Robson (GBR, AUS), Omar M. Yaghi (PSE, JOR, SAU, USA) They created a new kind of “architecture” at molecular scale, internal networks of metal ions linked with organic molecules to form frameworks full of cavities. Through those cavities, gases and vapors can move in and out. Pulling water from Thin Air (Literally) One of the most awe-inspiring outcomes: using MOFs to harvest water from air, even in desert conditions. Yaghi’s team built a device where a MOF collects water vapor at night and then releases pure water when heated by the day’s sun. In test deployments, they’ve succeeded in bringing drinkable water out of desert air. So yes, not metaphorical water, but real water. Real water generated from dry air. That’s a game changer for regions suffering extreme drought. A wooden ball, a bored teacher, and the spark of innovation The story of its origin is as charming as it is unlikely. In 1974, Richard Robson was teaching chemistry using wooden balls and rods to model molecules. The balls had holes drilled to show atom bonding directions. But one day, he thought: What if atoms could self-assemble based on their intrinsic preferences instead of us forcing the construction? This idea, letting the “rules of chemistry” guide structure-building, eventually led to MOFs. But it took years and convincing many skeptics. Why nobody cared (At first) Here's where the story gets real: Robson published his breakthrough in 1989, and the chemistry world basically shrugged. The materials fell apart. They seemed useless. Research funders rejected Kitagawa's grant applications repeatedly. The consensus was: "Cool idea, bro, but zeolites already exist. Why reinvent the wheel?" This is the conformity bias at its finest, everyone assumed that because we already had porous materials (zeolites), we didn't need new ones. They were spectacularly wrong. Kitagawa and Yaghi further developed the concept, improving stability and designing predictable, tunable MOFs. Over time, chemists have made tens of thousands of variants. The difference between a studio apartment and a mansion Here's what makes MOFs different from zeolites, explained in a way that actually makes sense: Zeolites are like studio apartments with concrete walls.  They work, they're stable, but they're rigid and you can't really customize them. MOFs are like luxury apartments with movable walls.   You can make them bigger, smaller, flexible, or rigid. You can customize them for different "guests" (molecules). And the space inside? Ridiculous . MOF-5, created by Yaghi in 1999, contains a football field's worth of surface area in just a few grams . Read that again. A. Football. Field. In. A. Few. Grams. It was a long wait, but the Nobel Prize Committeenow affirms that MOFs are no niche curiosity, they may be foundational for solving some of the 21st century’s biggest challenges. Metal Organic Framework Why MOFs are a big deal (Beyond chemistry class) Let us translate “porous molecular sponge” into things that matter: 1. Water from air in drought zones As explained above, MOFs like MOF-303 can capture moisture overnight and yield drinking water when heated. This directly confronts climate-driven water scarcity. 2. Capturing CO₂ to fight climate change MOFs are being tested in real industrial settings today to absorb CO₂ emissions from factories. Some variants are tuned precisely to trap CO₂ and release it later for storage or conversion. 3. Removing toxic pollutants (“Forever chemicals”) Certain MOFs have shown capacity to trap PFAS (so-called forever chemicals) from water, helping with contamination cleanup. 4. Safe hydrogen storage Hydrogen is a clean fuel in principle, but storing it safely is hard. Some MOFs can store hydrogen at moderate pressure, reducing explosion risk. 5. Capturing & neutralizing toxic or hazardous gases In semiconductor manufacturing or other industries, toxic gases are a hazard. MOFs are being studied for capturing or breaking down those harmful gases. The challenges still ahead Now, before we get carried away, let's inject some reality here. Most MOFs are still lab-scale "So far, in most cases, the materials have only been used on a small scale."   Large-scale production is still a challenge. Commercialization is hard Making a few grams in a lab is wildly different from producing tons for industrial use. Some companies are succeeding (like the semiconductor industry using MOFs for toxic gases), but we're not at mass adoption yet. The "material of the 21st century" claim?   Some researchers believe this. Time will tell. I'm not making that claim, the scientific community is divided, and we need more data. But here's what we do  know with certainty: These three scientists created a platform technology with tens of thousands of variants already designed, with applications spanning from life-threatening problems (water scarcity, climate change, toxic waste) to everyday conveniences (keeping fruit fresh for longer). The philosophy that should change how you think Breakthroughs are often invisible until they aren’t anymore. Kitagawa followed a principle throughout his career: "the usefulness of useless." He read about this from Nobel Laureate Hideki Yukawa, who referenced ancient Chinese philosopher Zhuangzi: Question what we believe to be useful. Even if something doesn't bring immediate benefit, it may still turn out to be valuable. This is the exact opposite of how we fund research today. We want immediate returns, clear applications, obvious commercial potential. Kitagawa kept getting rejected by funders because his materials "had no purpose." Robson's work was dismissed because the structures "fell apart." Yaghi wanted to find "more controlled ways" to create materials because traditional chemistry was too unpredictable (mix stuff, heat it, hope for the best). They all persisted anyway. And now we have frameworks that can harvest water from deserts, capture carbon from the atmosphere, and clean forever chemicals from drinking water. CSR (Corporate Social Responsibility) and climate strategy should include deep science. If your company cares about climate, water resilience, pollution, or sustainable materials, MOFs are exactly the kind of platform you should invest in or at least keep an eye on. Ask “What if?” more often. The world doesn’t reward safe, incremental R&D always. Some of the biggest leaps start from a playful idea (like drilling holes in wood). The Bottom Line We're really bad at recognizing breakthrough innovations when they're happening. From 1974 (Robson's wooden balls) to 1989 (his first publication) to the late 1990s (stable frameworks) to 2025 (Nobel Prize), it took over 50 years  for this technology to get the recognition it deserves. Fifty. Years. The takeaway (That's actually useful) If you remember nothing else from this article, remember this: Three scientists built molecular Legos that can: Pull drinking water from desert air Clean polluted water, Capture carbon dioxide from factories Remove toxic "forever chemicals" from water Store explosive hydrogen safely Neutralize chemical weapons The next step is scaling, industrialization, and integrating these into real infrastructure. On the climate front, that means MOFs could be one of the tools in the toolkit for net zero and resilient water systems. So yes, MOFs might be among the most exciting material innovations of our time. Whether they become as ubiquitous as plastics or battery materials depends on how fast we can industrialize them, and whether leaders (corporations and governments) treat them as strategically important instead of “just science.” Nobel Prize medal This article is based on the official Nobel Prize in Chemistry 2025 website .

Why you should care about quantum physics (even If you’re not a scientist) In the mid-1980s, three scientists watched something impossible. They saw the weird physics of invisible particles,stuff that normally only happens in a world far too small to see, playing out in a circuit sitting on their desk. On October 7th, 20205, these physicists named John Clarke, Michel H. Devoret, and John M. Martinis received the Nobel Prize in Physics for their revolutionary discovery showing that quantum mechanics can function on a larger scale than previously believed. Their research, has been instrumental in the advancements of technology we see today, such as the development of quantum computers. These innovations have the potential to significantly impact how we tackle major global issues like climate change. The 2025 Nobel Prize in Physics: John Clarke (UK), Michel H. Devoret (FRA), John M. Martinis (USA) If you’re thinking, “Quantum physics? That sounds way too complex,” hold on. This discovery isn’t just about theoretical science. It’s about harnessing the power of quantum mechanics to tackle some of the world’s most urgent problems, like the climate crisis. And yes, you should care. Breaking down quantum physics What is quantum tunneling? Imagine you’re trapped in a room with no way out. In the world of classical physics, that’s it, you’re stuck. But in the strange realm of quantum physics, particles can defy these limitations. Quantum tunneling is the phenomenon where tiny particles pass through barriers that would be completely impossible to cross in the everyday world. Quantum tunneling is like discovering you can just... walk through the wall . Not break through it. Not unlock the door. Just pass through  it like you're a ghost. That's the magic of quantum mechanics. The big discovery: Quantum mechanics at human scales Before Clarke, Devoret, and Martinis came onto the scene, most scientists thought that quantum behaviour only existed at the atomic or subatomic level. It was believed that once you scaled things up, quantum effects would fade away. It's like how one person can keep a secret, but get 100 people in a room and suddenly everyone knows. But these three researchers proved that wrong. They built a circuit using superconductors materials that conduct electricity without resistance, and created a special setup called a “Josephson junction.” In this experiment, they did something extraordinary: they made billions of electrons act as though they were one single particle, synchronizing like a perfectly coordinated flash mob. Now here's the really cool part: These scientists watched this giant team of electrons walk straight through a wall, like a video game character using a cheat code. But here's the twist: they could only walk through the wall in very specific ways, kind of like how Super Mario can only jump in certain patterns. Super Mario It's like if you got a million of your friends together, you all held hands, and then you walked through your office wall, but you could ONLY do it while singing certain songs. Not just any song. Only specific ones. When the scientists showed everyone this actually worked, all the other scientists basically went nuts. But it wasn't impossible. It happened. And they could see it with their own eyes, without needing a super-powerful microscope. Pretty cool, right? This breakthrough demonstrated that quantum effects could exist on a much larger scale than ever thought possible. Why this discovery could change everything The birth of quantum computers This seemingly “weird” behaviour is exactly what makes quantum computers  possible. Quantum computer Every time you hear about quantum computing breakthroughs, Google's quantum supremacy, IBM's quantum processors, etc., you're looking at the children and grandchildren of Clarke, Devoret, and Martinis's work. While traditional computers use binary systems (1s and 0s), quantum computers rely on quantum bits, which can represent multiple states at once. This allows quantum computers to solve complex problems much faster and more efficiently than classical computers ever could. And here’s where it gets interesting for our planet: Quantum computers could play a critical role in combating climate change. The role of quantum computers in solving global challenges Revolutionizing climate science Climate modeling is brutally complex.  Understanding and predicting climate change requires analyzing vast amounts of data, billions of interactions between the atmosphere, oceans, and human activities. Traditional computers simply can’t handle the complexity. But quantum computers, leveraging the discoveries made by Clarke, Devoret, and Martinis, could bring massive advancements in climate modeling . Here’s how: Optimizing renewable energy systems : Quantum computing could transform the way we manage renewable energy sources like solar and wind, creating more efficient grids that optimize energy storage and distribution across large regions in real-time. Innovating carbon capture : By simulating molecular behaviour at the quantum level, quantum computers could design new materials to capture and store carbon dioxide from the atmosphere, helping to reduce harmful greenhouse gases. Improving environmental monitoring : Quantum sensors could detect minute changes in the environment with precision, allowing us to better track ocean acidification, monitor forest health, and measure greenhouse gas emissions. Unlocking fusion energy : Quantum computers could also help solve the mysteries of nuclear fusion, a potential clean energy source by simulating the behaviour of plasma, which is currently beyond the reach of classical computers. The economic opportunity: Quantum is the future The implications of this technology are not just environmental, they’re economic. The quantum revolution  is already underway, and the countries and companies that master it will have a significant competitive edge in the 21st-century economy. Nations like China, the U.S., and the EU are heavily investing in quantum technologies. In fact, quantum computing is already integrated into technologies we rely on every day, from smartphones to data centers. The next wave of innovation is on the horizon, and it’s going to shape the global economy in ways we can’t even fully predict yet. Why is it so significant? For over a century, physicists have debated: How big can quantum effects get?  When does quantum weirdness stop, and regular physics take over? The work of Clarke, Devoret, and Martinis shows that quantum phenomena can manifest on a macroscopic scale , meaning they can happen in objects large enough to see and manipulate, like a circuit you can hold in your hand. This breakthrough has changed the way we think about quantum mechanics and its applications. It’s a bit like discovering that your entire house can phase through reality, not just a single object. The scale is everything. The Power of control: From chaos to solutions One of the most exciting things about this discovery is control . By refining quantum phenomena in a practical, human-scale system, these scientists showed that we don’t just have to observe quantum behaviour, we can actively control it. In a world full of uncertainty and rapid change, this ability to harness and direct quantum forces could be the key to solving some of humanity’s most complex challenges, including the fight against climate change. If we can control the smallest particles, maybe, just maybe, we can also control the fate of our planet. A 40-Year journey from curiosity to global impact From 1984-1985, Clarke, Devoret, and Martinis were conducting experiments that many thought would have little practical application. Fast forward to 2025, and their work is not only recognized with a Nobel Prize but has also become the foundation of a technology that could change the world. We don’t have 40 years to solve the climate crisis , but quantum computing could help us fast-track the research and solutions we desperately need. This technology could accelerate climate models, speed up material science, and revolutionize energy solutions, all in a fraction of the time it would take with classical computers. Why did they get the Nobel Prize? Three physicists proved that quantum mechanics can operate at a much larger scale than previously thought . This discovery made quantum computers  possible, and these computers could be the breakthrough we need to address climate change, improve energy systems, and enhance our environmental understanding. What started as a question about the limits of physics has now become a powerful tool for solving global problems. Quantum technology  is here, and its potential to help us build a sustainable future is limitless. Why this matters to you As Olle Eriksson, Chair of the Nobel Committee for Physics, put it: “Quantum mechanics is the foundation of all digital technology, and its surprises continue to offer new possibilities.” The true value of this research lies not just in understanding the world but in using that understanding to change the world . Just as these physicists made the impossible possible in the lab, we now have the opportunity to apply their discoveries to impossible challenges  like climate change and resource scarcity. The power of fundamental research  is undeniable. You can’t always predict where it leads, but when it does pay off, it pays off in a big way. Your move Next time someone questions the importance of quantum physics or the value of funding cutting-edge scientific research, remember the story of three physicists who took an abstract concept and turned it into a tool that could change the world. Quantum computers might just be the key to saving our planet. The Nobel Prize medal Now before you think every Nobel Prize is about saving humanity, let’s stay grounded. Our favorite award ceremony just happened, it's called the 𝐈𝐠 𝐍𝐨𝐛𝐞𝐥 𝐏𝐫𝐢𝐳𝐞 (Ignoble Nobel Prize).  For 35 years, they've been honoring 𝐬𝐜𝐢𝐞𝐧𝐜𝐞 𝐭𝐡𝐚𝐭 "𝐟𝐢𝐫𝐬𝐭 𝐦𝐚𝐤𝐞𝐬 𝐲𝐨𝐮 𝐥𝐚𝐮𝐠𝐡, 𝐭𝐡𝐞𝐧 𝐦𝐚𝐤𝐞𝐬 𝐲𝐨𝐮 𝐭𝐡𝐢𝐧𝐤." The Ig Nobel Prize in Physics 2025 [2] went to researchers studying how human hair behaves in zero gravity. Because apparently, bad hair days even happen in space. Both matter. One makes the impossible possible. The other reminds us that curiosity, even ridiculous curiosity, is how we get there in the first place. [1] https://www.nobelprize.org/all-nobel-prizes-2025/ [2] https://improbable.com/2025/09/18/here-are-the-2025-ig-nobel-prize-winners/

Dear Dr. Audrey-Flore, Heartfelt Thanks for Your Remarkable Contributions to the Success Of the 2024 Rise & Lead Summit On behalf of the leadership of Rise & Lead Women, I express my deepest gratitude for your invaluable contribution to this year's Rise & Lead Summit & Awards. Your powerful words and thought-provoking insights left a lasting impression on attendees. Your ability to engage, inspire, and challenge us to think differently is a testament to your expertise and leadership. The knowledge you shared and the experiences you drew upon have enriched our community and sparked essential conversations that will continue to drive change. Your impact during the summit is immeasurable, and we are deeply honoured to have had you as part of this significant event. Your presence and contribution were essential in making this year's summit a resounding success. Thank you once again for your time, passion, and dedication. We look forward to staying connected and working together to continue advancing the mission of empowering leaders and driving positive change. With most profound appreciation and warmest regards, Signature Ebere Akadri

How the EU Legalized Industrial-Scale Greenwashing The European Union just dropped new rules for plastic recycling that are so brilliantly creative, they'd make any accountant weep with envy.[1] They're called "mass balance" rules, and here's the magic: companies can now claim their products are made with recycled plastic even when they're not. Why actually solve the plastic crisis when you can simply rebrand it as "circular economy innovation"? Mass balanced Let Me Translate this EU masterpiece Suppose a factory takes 100 plastic bottles, recycles 5 of them into new plastic, burns another 40 as fuel, and disposes the remaining 55 into landfill. Under Europe's shiny new rules, that company can slap "100% Recycled!" stickers on products containing zero recycled material, as long as their math adds up somewhere  in their supply chain. And that is greenwashing. As a matter of fact, the 5 bottles that were mechanically recycled would generate legitimate recycled content credits. However, the 40 bottles burned as fuel and 55 sent to landfill generate zero recycled content credits under mass balance accounting, they're simply waste disposal methods. So the company should only claim credits equivalent to 5% recycled content (5 out of 100 bottles), not 100%. The company could take those 5 recycled bottles, mix the recycled plastic with 95 parts virgin plastic, then arbitrarily assign the "recycled" attribute to any 5% of their total production, even products made entirely from virgin plastic. The recycled content becomes an accounting fiction rather than a physical reality. It's like buying 10 eggs, using 1 for breakfast and 9 for shampoo, then calling yourself a master chef because you "processed 100% farm-fresh ingredients." The accounting works perfectly. The breakfast? Not so much. The numbers nobody wants you to see While Brussels pats itself on the back for this accounting breakthrough, here's the reality check they're hoping you'll ignore:[2] Current recycling rate: 38% Target for 2025: 50% (that's literally next year, folks) Countries about to epically fail: 19 out of 27 Plastic burning (yes, burning): Up 15% since 2018 Stuff still going to dumps: Nearly 25% Meanwhile, US government research reveals that Europe's much-hyped chemical recycling technologies convert only 1-14% of input plastic waste back into usable plastic materials. The remaining 86-99% is either burned as fuel or becomes toxic waste byproducts.[3] It is as if in an hospital, 9 out of 10 patients leave sicker than they arrived, and administrators respond by changing how they count "successful treatments." Welcome to the wonderful world of plastic recycling But first, let's understand what we're actually dealing with. Plastic recycling isn't just one thing, it's a whole toolkit of approaches, each with wildly different success rates.[4] Option 1: Mechanical recycling (The reliable friend) This is the classic method that involves collecting, sorting, washing, shredding, melting, and remaking plastics. It's like giving plastic a fresh makeover while preserving its molecular structure. Think of it as giving plastic a makeover, same chassis, new body. The good news : It works, it's cheap, and it's green. The bad news : Can't handle dirty or mixed plastics and loses quality after a few rounds. The Bureaucratic Nightmare : European food safety regulation won't let most mechanically recycled plastic near your sandwich wrapper for fear of contamination. So the one method that works gets banned from its biggest market. Brilliant. Plastic mechanical recycling process Option 2: Chemical recycling (The overhyped newcomer) Chemical recycling promises to break down any plastic into virgin-quality materials through the magic of chemistry. It comes in several flavors: Pyrolysis : Blast plastic with heat until it becomes oil Gasification : Blast it even harder until it becomes gas Solvolysis : Use chemicals to dissolve plastic back to building blocks (this is where PET glycolysis lives) Solvent Purification : Chemical bath to clean up plastic The marketing promise : Handle anything, recycle infinitely, virgin-quality output, solve world hunger (okay, maybe not that last one). The lab reality : Yields : Lose 86-99% of your input material Energy : Costs 10-100 times more than making new plastic Quality : Produces materials with inconsistent properties and frequent contamination issues that limit end-use applications Economics : Billions in infrastructure for marginal returns. It's like opening a restaurant where you throw away 9 out of every 10 ingredients, charge premium prices, and serve mystery goo. But hey, the business plan looks impressive!   The one shining exception: PET glycolysis [5] One chemical recycling method actually does work. PET glycolysis takes plastic bottles and carefully dismantles them into BHET, bis(2-hydroxyethyl) terephthalate, the very stuff that can become new bottles. Think LEGO castle carefully taken apart brick by brick, versus throwing the whole thing in a blender. The results : 80-85% yields, food-grade quality, works with existing factories. The irony : Mass balance rules favour the 1-14% yield technologies over this 80-85% success story. The tragedy : Gets ignored because it only works on one type of plastic instead of promising impossible magic. Option 3: Biological recycling (The ignored genius) Nature figured out plastic-eating bacteria and enzymes that work at room temperature without toxic chemicals. Mealworms can chomp through nearly half their body weight in plastic daily and poop out useful stuff. It's biological Pac-Man, eating plastic and producing treasure, i.e useful chemicals. Mealworms plastic-eating insect discovered in Kenya Why nobody talks about It : If this scaled up, we could stop making new plastic entirely and just eat the plastic mountain already covering our planet. That would eliminate the entire oil-to-plastic industry. Guess who's not funding that research? How mass balance rules rig the game Europe's new accounting system doesn't just allow creative math, it actively favours the worst technologies: Accounting theater : Mechanical recycling must show actual recycled content. Chemical recycling can use theoretical accounting credits across their entire supply chain. It's like comparing someone who must have real money in their wallet versus someone who can write written acknowledgments of debts and call them cash. Infrastructure protection : These rules let oil refineries process tiny amounts of plastic waste while claiming massive sustainability wins. The EU Commission literally designed this "to give investors confidence" in fossil fuel infrastructure. Investment rigging : €200 million for a Rotterdam plant that turns plastic into methanol (basically expensive fuel). Meanwhile, the recycling method that works gets scrapped because it threatens too many business models.[6]   The innovation killer nobody saw coming Here's the truly maddening part: if you can get "100% recycled content" labels through creative accounting, why would you invest billions in technology that might work? It's like offering drivers a choice: spend $5,000 fixing your brakes, or get a $50 certificate saying your brakes work. Most people will take the certificate. It's cheaper, faster, and lets them keep driving. Until they need to actually stop. What we're really choosing Every hour spent debating "allocation methodologies" is an hour not spent developing: Materials that dissolve harmlessly after use Systems where waste becomes more valuable than virgin materials Packaging that costs less to make from trash than from oil But those solutions threaten everyone making money from the current mess. Mass balance rules protect every existing revenue stream while adding green marketing benefits. Why would industry want anything else? The house fire response strategy We generate 400 million tons of plastic waste annually. Only 9% gets recycled. The other 91% ends up in landfills, in the oceans, or up in smoke. One year of global pastic waste Europe's response: Hire better accountants to count the recycling. It's like responding to a house fire by updating your insurance paperwork while the kitchen burns. The spreadsheets look fantastic. The house is still ash. The real economic picture Here's what nobody wants to admit: The plastic problem isn't technical, it's profitable. Companies make money creating plastic. They make money processing it. They make money disposing of it. And now they make even more money pretending to recycle it. The only unprofitable activity is not making plastic in the first place. Mass balance rules preserve all these revenue streams while providing sustainability theatre. It's a casino (which is to say the house always wins), but now with better PR. What Europe could have done Europe faced a choice: Make preventing plastic waste more profitable than creating it Make pretending to recycle as profitable as actually recycling it Guess which one won? It's like choosing between teaching people to swim or selling them prettier life jackets. One prevents drowning. The other makes drowning look fashionable. The €8 billion question: Where smart money should be moving While Europe debates allocation formulas, an estimated €8 billion in chemical recycling investments over the next five years will chase technologies with 1-14% success rates.[7] Meanwhile, biological recycling, which could theoretically eliminate virgin plastic production entirely, receives minimal European funding despite its revolutionary potential. "We're watching the most spectacular misallocation of capital in environmental policy history," notes a senior EU official who requested anonymity. "Everyone knows the math doesn't work, but the lobbying pressure is immense." Leading businesses are quietly exploring biological recycling investments, recognizing that technologies eating plastic waste at room temperature represent a fundamentally different economic proposition than heating it to 500 °C and hoping for the best. The competitive implications are staggering: if biological recycling scales in Asia or North America while Europe perfects accounting tricks, European manufacturers could find themselves buying recycled materials from competitors who solved the actual problem. The Trianon Scientific Communication’s framework: Technology-Policy-Profit Through advising businesses and EU policymakers, we've developed a systematic approach for evaluating sustainability technologies that sidesteps both greenwashing and genuine opportunity: Step 1: Performance reality check Examine actual vs. claimed performance metrics Demand yield data, energy requirements, and waste outputs Compare all that to existing alternatives on true cost-per-unit basis Step 2: Follow the money Identify who profits from current regulatory frameworks Map lobbying expenditures to policy outcomes Trace investment flows to understand real market confidence Step 3: Identify profit-driven solutions Look for technologies that make money by solving problems, not by compliance Evaluate scalability without subsidy dependence Assess competitive advantage sustainability Step 4: Quantify competitive implications Model scenarios where disruptive technologies scale rapidly Assess stranded asset risks in current investment portfolios Identify first-mover advantages in emerging solution categories This framework has helped clients achieve 15-30% cost reductions while improving actual environmental outcomes, proving that the best sustainability strategy is often the most profitable one. But here's what gives us hope Every broken system creates opportunities for those brave enough to build something better. While Europe debates allocation formulas, innovators worldwide are developing materials that make plastic obsolete, systems that turn waste into wealth, and business models that profit from prevention rather than production. The companies embracing real solutions aren't just surviving, they're thriving. Because eventually, customers, investors, and reality will catch up  on accounting tricks. The question isn't whether mass balance accounting will collapse under its own contradictions. The question is whether you'll be building the future or defending the past when it does. Your problem may not be sustainability per se, but the solution is, and it's definitely not accounting magic designed to make failure look like success. [1] https://www.plasticstoday.com/legislation-regulations/eu-sets-chemical-recycling-standards-for-plastics [2] Eurostat, 2022 [3] https://insideclimatenews.org/news/19012023/plastic-advanced-recycling-cost-environmental-impact/ [4] https://pubs.acs.org/doi/10.1021/acssuschemeng.2c05497 [5] https://chemistry-europe.onlinelibrary.wiley.com/doi/full/10.1002/cssc.202300142 [6] https://www.thechemicalengineer.com/news/europes-first-waste-to-chemistry-facility-provides-solution-for-non-recyclable-plastics/ [7] https://plasticseurope.org/media/european-plastics-manufacturers-plan-8-billion-euros-of-investment-in-chemical-recycling-3/

What I learned climbing to the C-suite while everyone questioned if I belonged there. The question that made everyone uncomfortable I still remember the exact moment I decided to burn bridges on LinkedIn. It was 2 AM, and I was reviewing yet another "diversity achievement" report from a Fortune 500 company. The photos showed the same faces I'd been seeing for years, smiling white women in blazers, congratulating themselves on "breaking barriers." Something snapped. I typed: "Who actually holds diversity leadership roles worldwide?" Hit post. Went to bed. Woke up to chaos. People called me harsh. Too aggressive. Too much. The comments that hurt most? The ones suggesting I only got to the C-suite because I'm a Black woman, not because I earned it. Just... Black. Here's what stung: these weren't DEI opponents. These were supposed allies. People who'd been liking my posts about environmental and social sustainaiblity for years. But when this Black woman asked uncomfortable questions? Suddenly I was "divisive." The data, though? The data doesn't care about anyone's feelings. The mirror I held up to diversity You want to know what I found when I dug into who's really running diversity? 76% of chief diversity officers are white 63% of diversity leadership positions belong to white women Less than 4% are Black and I guess that an even smaller number are Black women! [1] Women with a disaility are nearly invisible. DEI leaders I've sat in those rooms. I've been the only Black face at the "environmental sustainability, innovation, social sustainability (DEI), operation, change management" (name it) leadership tables, more times than I can count. While we talked about "lifting up women," I watched white women get promoted to head diversity initiatives they'd never lived. They meant well. They always mean well. But meaning well and understanding the struggle? Two different things entirely. We are measuring the wrong thing Let me tell you about the meeting that changed everything for me. I was on a corporate jury, fancy title, fancy room, fancy coffee. We were celebrating this company's "historic achievement" in closing their gender pay gap. The applause was deafening. Everyone felt so proud. I raised my hand. You know that feeling when you're about to be that person ? Yeah, I felt it. "Congratulations," I said "But I'm curious. Which women are we talking about? All women? Just white women? Because if we're only measuring white women against white men..." The room went silent. Not the good kind of silent. The " oh-God-she's-doing-it-again"  silent. The presenter shuffled through his slides. "Well, we looked at... overall gender gaps..." "So white women." I interjected. "We can't solve everything at once." I wanted to laugh. Or cry. Instead, I asked, "Since when aren't Black women... women?" That's when it hit me. We've been celebrating half-victories and calling them progress. Ain't I a women - Bell Hooks This is why I fight for disaggregated data. Why Trianon Scientific Communication  focuses on intersectional climate solutions. Why intersectionality matters in governance. Intersectional Solutions for Climate Change, a conference hosted by Trianon Scientific Communication. When you design solutions for the most invisibilised, you create systems that serve everyone, and these solutions are often innovative! But intersectional women aren't making decisions. DEI promoted white straight educated women from day one, maintaining traditional hierarchies. What you probably miss The global pattern nobody talks about Twenty-three years in corporate spaces has taught me to spot patterns. Here's one that keeps me up at night: India, Nigeria, Kenya.  Three different continents. Same story. Women dominate entry-level positions. Then... poof. Gone by senior leadership. but Which women disappear? A look at the legal profession offers instructive lessons. In Nigeria and Kenya, the women who enter strong tend to stay strong. In India? Women start at  55% but crash to 32% at senior levels.[2] The difference lies not merely in gender barriers, but in intersecting systems of class, caste, and economic access that determine which women can sustain the climb. This is exactly why we need intersectional thinking. A solution that works for an educated Kenyan woman might fail completely for a rural Indian woman. And both might fail for women who face racism on top of sexism I've lived this. From early in my career, till this day, I have been watching brilliant women of color leave not because they couldn't handle the work, but because they couldn't handle being the only one in every room, fighting for every opportunity, constantly having their competence questioned. Woman climbing the ladder Europe's beautiful lie Let's take the European legal profession, as an example. It tells the most elegant lie I've ever seen. For twenty years, women have dominated law school admissions, over 52%. The headlines celebrate this "progress."[3] Yet, at partnership level women hold merely 24% of positions. In prestigious "magic circle" firms, this figure drops further down to 19%. Only Sweden approaches gender parity at senior levels. Elsewhere, the summit remains male territory.[4] Which women make it? The ones who went to the right schools, had family money, knew the right people. The ones who look like the people already there. The immigrant women? The working-class women? The women of color? We're still fighting for scraps. This isn't about gender anymore. It's about class warfare disguised as progress. Numbers do not lie Europe is failing I spend a lot of time in European boardrooms. Beautiful offices, progressive rhetoric, terrible results. European companies score 5.69 out of 10 on diversity. [5] That's failing by any measure. Germany, the economic powerhouse, scores 5.44. Switzerland barely scrapes 6.0. Only 7% have built genuinely inclusive cultures.[5] Let that sink in. Ninety-three percent are failing while patting themselves on the back. The leadership gap that explains everything Here's the stat that makes my job so hard: While 61% of non-managerial employees come from underrepresented groups, only 40% of managers do. Exclude women from that calculation, and manager representation drops to a shocking 16%.[6] This creates what I call " diversity blindness ", leaders who literally cannot see the barriers because they've never faced them. When you exclude the oppressed from decision-making, you get policies that serve the privileged. This is why every diversity initiative feels like pushing water uphill. The people making decisions have never lived the problems we're trying to solve. They create "flexible work" policies that help women with nannies, not women working two jobs. They design "mentorship programs" that connect people who already look alike. When you exclude the oppressed from decision-making, you get solutions that serve the privileged. The result? Roughly 3 out of 10 non-managerial employees face discrimination or bullying at work . Nearly one in five witness colleagues being harassed. This isn't progress, it's systematic exclusion with a diversity label.[7] The Universal pattern Every industry. Every continent. Same story. Women occupy nearly 50% of entry-level positions globally yet hold only 32% of leadership roles. Even in female-dominated sectors like events (77% women employees), merely 16% reach leadership positions.[8] The pattern cuts across all boundaries. But it hits hardest on women carrying multiple burdens. Women in C suite all over the world The intersectional reality everyone ignores The EY data exposes the brutal truth about who gets left behind: 55% of LGBTQIA+ employees can't be their authentic selves at work Only 35% of women feel belonging, compared to 40% of men 43% of ethnic minorities feel pessimistic about career opportunities Only 25% of disabled employees feel they belong, compared to 39% of others Yet European companies pretend these groups don't exist. One quarter haven't taken any steps to improve cultural diversity.  Thirty-six percent ignore LGBTQIA+ employees entirely. Nearly two-thirds (60%) completely neglect disability diversity.[5] The education paradox The most qualified, the least welcome Let me share something that might surprise you. Black women are the most educated demographic in America. Women in a library They hold 38% of bachelor's degrees among Black students. They lead in master's and doctoral degrees. They show up prepared, credentialed, ready.[9] And still... still they earn less than white men without degrees.[10] And it is the same for us in Europe. We face the Same Wall When I speak in London, Amsterdam, Berlin, I meet black women everywhere. Black women with PhDs working entry-level jobs. Brilliant minds passed over for promotion. Credentials questioned, competence doubted. We're pursuing education at record rates, overcoming barriers just to get to the starting line. Then we hit what sociologists call the "concrete ceiling", harder than glass, impossible to break through. It's not about what we lack. It's about what the system refuses to see. I have three degrees and two decades of C-suite experience. I still get asked if I'm "qualified" for rooms I've been running for years. The diplomas on my wall don't matter when people see my face first. A Call for evidence-based accountability Where data exists, particularly in the UK with its more comprehensive ethnic monitoring, the patterns are striking: Black women demonstrate exceptional educational drive, achieving among the highest university enrollment rates of any demographic group. They pursue advanced degrees, enter competitive academic programs, and often overcome significant structural barriers just to access higher education opportunities. Yet this educational success translates poorly into professional advancement across European contexts. The available evidence, limited though it is by inconsistent data collection, reveals severe underrepresentation in senior leadership positions, from corporate boardrooms to university departments. The continued underrepresentation of highly qualified Black women in European leadership positions represents a massive waste of human capital that demands serious investigation. But addressing it requires moving beyond both denial and oversimplified explanations. Europe needs comprehensive, standardized ethnic monitoring that can identify specific intervention points, whether in networking access, mentorship programs, recruitment practices, or institutional culture change. The absence of such data isn't neutrality; it's a choice that perpetuates the status quo. Black women's absence from European leadership positions "does not make sense" given their educational achievements. But understanding why requires the kind of rigorous, intersectional data collection that much of Europe has been unwilling to undertake. Until that changes, talented individuals will continue hitting invisible barriers that societies refuse to acknowledge, let alone address. The accountability gap: Europe's willful blindness You know what makes me laugh? In a bitter way? Only 58% of companies track their DEI progress. Just 15% hold boards accountable for the results.[5] Translation: We celebrate intentions, but ignore results. I've never worked for a company that didn't obsess over quarterly revenue. Market share gets tracked to the decimal point. Customer satisfaction gets measured monthly. But Diversity? " We just don't count." Only 16% of DEI leaders report directly to boards. When diversity doesn't reach the C-suite, it doesn't get prioritized. Diversity becomes charity work, not business strategy. At Trianon we work directly with CEOs. Because when sustainability social (DEI) or environmental doesn't reach the C-suite, it doesn't matter. The solution that does not solve anything I laugh when companies brag about flexible work policies. Flexible for whom? The policies I see help women who can afford nannies, who have partners to share responsibilities, who don't need two jobs to survive. Single mothers juggling shifts? Immigrants sending money home? Women caring for aging parents? They get nothing. We design corporate policies differently. We ask: What do the women struggling most need? Childcare stipends during important networking activities. Transportation vouchers. Healthcare coverage that actually covers things. Help to care fir a sick parent When you solve for the bottom, everybody wins. The European evidence backs this up: Only 54% of top-performing companies have transparent performance and salary processes , compared to 34% of others. Without transparency, bias thrives. This is exactly why we need intersectional thinking. A solution that works for a white women does not work for an intersectional women who face racism on top of sexism; or ableism on top of racism and sexism etc. If policies were designed for them, the solutions would  work for everyone. What real progress looks like The 7% of European companies that actually succeed at inclusion share specific characteristics: They diversify leadership (87% have diverse leadership vs. 49% of failures) They invest real money (€5.45 million annually vs. €4.35 million) They enforce accountability (68% empower employees to call out bias vs. 43%) They measure everything transparently They listen to diverse voices (54% engage employee networks vs. 25%) [5] Real DEI would ask harder questions Which women of color are rising, which ones aren't, and why? What barriers exist beyond gender? How do race, class, sexuality, and disability intersect with gender? What happens when we design policies for the women struggling most? Real DEI would track everything Hiring by race AND gender Promotion rates across all identities Pay gaps that don't hide behind "gender" alone Exit interviews that dig into why intersectional women leave Authentic DEI would center intersectional women in leadership. Because we understand what it means to be pushed out, to be told we don't belong. To fight for every opportunity. The data demolishes every excus DEI leaders report higher employee satisfaction, productivity, financial growth, innovation, and customer satisfaction.  They have half the turnover (6% vs. 13% actively job hunting) and quarter the short-term departures (6% vs. 24% planning to leave within a year). Inclusion isn't charity, it's competitive advantage. My challenge to you I've been in C-suites for over two decades. I've seen what works and what doesn't. The companies succeeding at inclusion have one thing in common: they stopped asking "How do we help women?" and started asking "How do we help ALL women?" Here's my challenge:  Look around your organization. Who's missing from leadership? Not just women, which women? The answer will tell you everything you need to know about whether you're building inclusive cultures or just rearranging deck chairs. The Path Forward I'm not saying white women don't deserve opportunities. I'm saying the current system gives opportunities only to them while calling it diversity. That's not diversity. That's selective inclusion. True diversity means looking at who's still locked out. Who's still fighting to get in. Who's still being told they only got there because of their race or gender. When we center the most marginalized, everyone wins. When we only center some women, we recreate the same exclusions we claim to fight. The data is clear. The patterns are obvious. The question now is simple: Will we keep pretending that helping some women means helping all women? Or will we finally build systems that work for everyone? The choice is ours. But the clock is ticking. And the women at the bottom of every intersectional ladder are still waiting. Continue the conversation This piece is part of my ongoing exploration of how intersectional barriers impact women across industries and continents. If you want to dive deeper into these patterns and their real-world implications in innovation, science and sustainability, I invite you to read my series "Intersectional Women in Science" . There, I examine how these same dynamics play out in STEM fields, climate solutions, and scientific leadership, sectors where we desperately need diverse perspectives but consistently exclude the voices that could drive innovation. Because the patterns are everywhere. And understanding them is the first step to breaking them. Dr Audrey-Flore Ngomsik This article was triggered by McKinsey's latest "Women in the Workplace 2025: India, Nigeria, and Kenya" report [2]. [1] https://www.fastcompany.com/90888117/is-there-a-diversity-issue-among-chief-diversity-officers [2] https://www.mckinsey.com/industries/social-sector/our-insights/women-in-the-workplace-2025-india-nigeria-and-kenya [3] https://www.sra.org.uk/sra/equality-diversity/diversity-profession/diverse-legal-profession/ [4] https://excellolaw.co.uk/women-await-seat-at-law-firm-partnership-table/ [5]   https://www.ey.com/en_ro/newsroom/2024/04/-ey-european-dei-index-companies-in-europe-are-still-behind [6] https://www.mckinsey.com/~/media/mckinsey/featured%20insights/diversity%20and%20inclusion/women%20in%20the%20workplace%202024%20the%2010th%20anniversary%20report/women-in-the-workplace-2024.pdf [7] https://www.europarl.europa.eu/workingpapers/soci/pdf/108_en.pdf [8] https://www.weforum.org/publications/global-gender-gap-report-2022/in-full/2-4-gender-gaps-in-leadership-by-industry-and-cohort/ [9] https://newsone.com/4338015/educated-black-women-facts/ [10] https://chief.com/articles/black-women-with-higher-education-still-make-less-than-white-men-without-degrees

Storming of the Bastille 1789 Once upon a time in France... On this day, 236 years ago, the storming of the Bastille marked not just the beginning of the French Revolution, but the moment when humanity glimpsed at the possibility of redefining power itself. Today, as we stand at the threshold of another transformative era, defined by artificial intelligence, climate crisis, and unprecedented technological capability, we must ask ourselves: "Will we design progress that helps every community to thrive?" or "Will we keep making the same mistakes that destroyed our chances for real change?" The answer lies in understanding how the women of 1789 briefly shattered the architecture of exclusion, and how Napoleon's Code methodically rebuilt it. Their story is the blueprint for navigating our current technological transition equitably. The amazing women who rewrote the rules Here's where our story gets really exciting. While history books often talk about the men during the French Revolution, there were incredible women who didn't just ask to join the game, Olympe de Gouges: The rule-rewriter Olympe de Gouges In 1791, she wrote something called the "Declaration of the Rights of Woman and of the Female Citizen." Declaration of the Rights of Woman and of the Female Citizen Think of it like this: the men had written a list of rights that said "All people are equal" , but they really meant "All men are equal." Olympe looked at this and said, "Wait a minute! If all people are equal, that includes women too!" She didn't ask permission to be included. She announced that women were already equal and demanded everyone recognize it. It was like she stood up in the middle of the playground and said, "These are the new rules, and they apply to everyone!" Pauline Léon: The protector Pauline Léon Then there was Pauline Léon. In 1792, she marched up to the government with a petition signed by 319 women  asking for the right to form their own guard and carry weapons. "If we're all citizens, we should all have the right to protect our community." They understood that real equality meant having a say in how society stays safe. They didn’t just ask to join the army, they wanted to show that women could help protect the country, too. It wasn’t just about fighting; it was about saying:  “We can be citizens and make decisions, just like men.” The society of revolutionary republican women: The team builders Pauline and her friend Claire Lacombe did something even more amazing. They started a club called the Society of Revolutionary Republican Women in 1793. This wasn't just any club, it was like creating a whole new way for people to work together. Instead of just complaining that the school system wasn't fair, they built their own student council that actually worked for everyone. They understood that you can't just fix one problem at a time, you have to look at how all the problems connect. Claire Lacombe They understood that systemic change requires institutional innovation. They built alternative structures, created new forms of political organization, and developed frameworks for collective action that challenged both economic inequality and gendered exclusion simultaneously. These women were practicing what we now call intersectional governance , understanding that the fight against economic oppression and the struggle for women's rights were not separate battles, but interconnected aspects of a broader transformation in how power operates. How progress can go backwards Here's where our story takes a sad turn. Then came Napoleon, and with him, the masterful reconstruction of patriarchal control disguised as modernization. Napoleon came along and pulled off one of the sneakiest tricks in history. He was like a kid who pretends to agree with the new rules, but then slowly changes them back to benefit only himself. The master of fake progress Napoleon was smart. He didn't say "Women shouldn't have rights!" Instead, he said things like "Of course women are important! They're so important that they should focus on having babies and taking care of families." He made it sound like a compliment, but it was actually a trap. The Napoleonic Code of 1804 represents one of history's most sophisticated examples of how technological and institutional progress can be weaponized to reinforce existing hierarchies. Napoleon understood something crucial: you don't defeat revolutionary movements by opposing them directly. You co-opt their language, absorb their innovations, and redirect their energy toward reinforcing the very systems they sought to dismantle. His regime kept the meritocratic elements of the Revolution, for men, while systematically dismantling every legal and financial gain women had achieved. Under Napoleon's laws: Women lost the right to control property, They couldn't divorce their husbands (except in extreme cases), rights they had won previously. A woman could only divorce her husband if he brought his mistress into the family home, while men could divorce women for infidelity and even imprison them. This was the strategic reconstruction of domination using the tools of progress. Their word in court was worth less than a man's They were basically treated like children their whole lives. The silencing strategy Napoleon was especially afraid of smart women who could think for themselves. When a brilliant woman named Madame de Staël criticized his government, he didn't just ignore her, he banished her from France. It was systematic recognition that independent thinking women represented a threat to the centralized power structure he was building. His reported words to her: "The leading lady of the world is she who makes the most children." reveal the deeper architecture: reducing women to biological functions while men claimed the sphere of ideas and governance. Madame de Staël Are we making the same mistakes today? Now, you might wonder, "Why should I care about something that happened so long ago?" Because we're living through a similar moment right now! The new building blocks Today, we face a similar moment of potential transformation. Artificial intelligence, biotechnology, and climate solutions offer unprecedented opportunities to restructure how human societies function. Yet we're watching the same pattern unfold: technological progress being captured by existing power structures, revolutionary potential being co-opted by traditional hierarchies. Consider how AI governance is currently being architected. The same institutions that have historically excluded women, people of color, and Global South voices are positioning themselves as the authorities on how these technologies should be regulated and deployed. The language is inclusive, the stated goals are equitable, but the actual decision-making structures replicate the same exclusions that led to the climate crisis, systemic inequality, and technological harm we're now trying to solve. We're seeing the Napoleonic pattern: revolutionary tools being used to reinforce existing power structures, while the voices most capable of architecting truly transformative solutions are systematically marginalized or co-opted. Just like Napoleon, today's leaders often use the language of fairness while keeping the old power structures in place. They'll say things like "We care about diversity" while making sure the most important decisions are still made by the same type of people who have always made them. It’s like building a fancy new house but only letting the same old group decide what it looks like. The people who could bring the best new ideas are often left outside. How do we build something better? The women of the French Revolution show us a better way. Real change isn’t just about letting a few new people into the old club. It’s about being brave enough to make new clubs, new rules, and new ways of sharing power. It demands the courage to architect entirely new frameworks for how decisions are made, how resources are distributed, and how power itself operates. We need to listen to people who have been left ou, because they know what doesn’t work, and they have ideas for what could. The goal isn’t just to climb to the top of the old ladder. It’s to build a new ladder that everyone can use. The people who have been left out of power aren't just victims who need help. They're actually the ones with the best ideas for how to fix things! Think about it like this: if you've never been allowed to play a game, you're more likely to notice when the rules are unfair. If you've had to solve problems without help, you become really good at finding creative solutions. This is not about building a business or overcoming disadvantage. This is about recognizing that our current civilizational challenge requires the exact combination of experiences that have been systematically excluded from positions of authority: those who understand intersectional oppression, who have navigated systems designed to exclude them, and who possess the intellectual architecture to imagine genuinely alternative structures. The question isn't whether marginalized voices can reach the highest levels of existing institutions. The question is whether we'll recognize that the highest level is being redefined by people who understand that technological progress without structural transformation is not progress at all, it's sophisticated regression. Intersectional thinking in action The women who stormed Versailles in 1789 understood something we're still learning: that food security, economic justice, and political representation are not separate issues but interconnected aspects of a system that must be transformed holistically. The women of the French Revolution had something called "intersectional thinking." That's a fancy way of saying they understood that all problems are connected. They saw that: Economic problems are connected to women's rights Food shortages are connected to political power Personal freedom is connected to community safety. Today, we face similar connected challenges: climate change, AI governance, biotechnology regulation, global inequality, require the same integrated approach. Climate change connects to inequality Technology connects to fairness Global problems connect to local solutions. Intersectional governance means recognizing that the people most impacted by technological transitions are not stakeholders to be consulted, but architects whose expertise is essential for designing systems that work for everyone. It means understanding that sustainability is not a technical problem to be solved, but a framework for reorganizing human relationships with each other and with the planet. The women of 1793 built political clubs, created alternative economic structures, and developed new forms of civic participation because they understood that transformation requires institution-building, not just policy advocacy. Today's technological transition demands the same approach: new institutions, new decision-making processes, and new frameworks for accountability that center the voices and experiences of those who have been systematically excluded. How to built a better tomorrow? The women of the French Revolution briefly glimpsed a world where power could be organized differently. They created new institutions, developed new frameworks for civic participation, and demonstrated that ordinary people could architect extraordinary change. They were systematically crushed not because their ideas were wrong, but because they were too right, too threatening to existing hierarchies. Today, we have the opportunity to complete their revolution. Not by storming physical bastilles, but by building the institutional and intellectual architecture for a world where technological progress serves human flourishing rather than reinforcing domination. This is the work of our time: not to overcome disadvantage, but to leverage the exact combination of experiences needed to solve civilization's core challenge. The highest levelshould be redefined by people who understand that true progress requires the courage to architect entirely new systems, and the wisdom to learn from those who tried before us. So what can we learn from these brave women? How can we avoid making the same mistakes? 1. Don't just join...Transform The revolutionary women didn't just ask to be included in the existing system. They imagined completely new ways of organizing society. Today, we shouldn't just try to get more diverse people into old institutions, we should create new institutions that work better for everyone. 2. Build teams, not towers Instead of trying to climb to the top of existing power structures, we should build networks of people working together. The women's clubs of 1793 were more powerful than individual leaders because they created lasting change through cooperation. 3. Connect the dots Remember that all big problems are connected. You can't solve climate change without addressing inequality. You can't make technology fair without including diverse voices. You can't create lasting change without understanding how different challenges link together. 4. Learn from the excluded The people who have been left out of power often have the best ideas for how to improve things. Their experiences of navigating unfair systems give them unique insights into how to build better ones. The revolution continues Here's the most exciting part of our story: it's not over! We're living in a moment when we could complete what those brave women started. We have tools they could never have imagined. We can communicate instantly across the globe. We can access information that was once hidden. We can organize movements that span continents. We can build technologies that solve ancient problems. The question is: Will we use these tools to build something truly new, or will we let them be captured by the same old patterns of power? Your Part in the Story You might think, "I'm just one person. What can I do?" But remember, Olympe de Gouges was just one person when she rewrote the rules. Pauline Léon was just one person when she organized 319 women. Every revolution starts with individuals who decide they can help build something better. The choice is ours The women of 1789 showed us that ordinary people can architect extraordinary change. They proved that when we have the courage to imagine new possibilities, we can briefly glimpse a world where power is organized differently. Napoleon showed us how quickly progress can be reversed when we're not vigilant about protecting it. Today, we get to choose which story we continue. We can build systems that create flourishing for everyone, or we can watch as new technologies become tools for the same old domination. The revolution isn't something that happened in the past, it's something we can choose to continue today. Every time we question unfair systems, every time we include voices that have been excluded, every time we build something new instead of just fixing something old, we're continuing the work those brave women started. The building blocks are in our hands. The question is: "What will we build together?" This reflection was sparked by the recognition that French National Day commemorates not just the storming of the Bastille, but the moment when ordinary people demonstrated that power itself could be reorganized. As we face our own moment of potential transformation, we must ask whether we'll build systems that create flourishing or sophisticated forms of the same old domination. References https://en.wikipedia.org/wiki/Women_in_the_French_Revolution https://guides.loc.gov/feminism-french-women-history/women-napoleonic-france https://rmschwartz.wordpress.com/women/feminism/napoleons-civil-code-women/

When Politics ignores Science On July 8th, 2025, the French parliament passed a bill whiwh will be remembered by future generations as a disastrous example of poor governance. It embodies every flaw in the way we decide on matters pertaining to agricultural policy, environmental preservation, and public health. The health of millions of French people is being directly attacked by this infuriating regulation change, which is being framed as "supporting farmers". Let us be clear: this law will kill people. Not immediately, not dramatically, but slowly and systematically, through cancer, neurological damage, and reproductive harm. And the tragedy is that it was entirely preventable. Farmer spreading pesticides The poison returns: What the Duplomb law actually does At its core, the Duplomb Law does three devastating things: [1] First, it brings back the "bee killers."  The law reauthorizes neonicotinoids, including acetamiprid, a brain-toxic insecticide that has been banned in France since 2018. These aren't just harmful to bees; they're harmful to human brains, particularly developing ones. A bee polenizes a flower Second, it fast-tracks industrial agriculture expansion  by simplifying permitting for mega-livestock facilities and water reservoirs, prioritizing short-term production over long-term sustainability. This is climate madness disguised as progress. A single industrial pig farm housing 40,000 animals produces more CO2 equivalent than 15,000 cars driven for a year.[2] France is essentially building coal plants that happen to produce pork. Meanwhile, the science is crystal clear: we don't need more meat, we need better meat. A grass-fed cow produces 40% less methane than a factory-farmed one, while providing superior nutrition and supporting biodiversity.[3,4,5] But instead of helping farmers transition to regenerative practices that could make France a leader in sustainable protein, the Duplomb Law doubles down on the industrial model that's cooking our planet while producing inferior food. Industrial pig farm Third, it eliminates the separation between pesticide sales and advice.  The law ends the 2018 requirement that separated pesticide sales from agricultural advice, removing a crucial barrier against the agrochemical industry's influence. Imagine if pharmaceutical companies could directly advise doctors on which drugs to prescribe while selling those same drugs. That's exactly what this law allows for pesticides. We've seen this playbook before, it's the same scheme that fueled America's opioid epidemic.[6] Pharmaceutical companies like Purdue Pharma didn't just sell OxyContin; they directly advised doctors on prescribing it, downplaying addiction risks while maximizing sales. The result? Over 645,000 deaths and counting.[7] Now France is handing the same power to agrochemical companies, allowing them to both sell pesticides and advise farmers on their use. The only difference is that instead of addiction, we're talking about cancer, brain damage, and environmental collapse. The science is clear: these chemicals are killing us A growing body of scientific research unequivocally demonstrates that neonicotinoid pesticides, including acetamiprid and imidacloprid, pose serious risks to human health. These compounds are recognized endocrine disruptors, with studies indicating their potential to promote hormone-related cancers such as breast cancer by interfering with estrogen receptor signaling pathways.[8] Additionally, neonicotinoids have been linked to reproductive toxicity, including reduced fertility and adverse effects on reproductive organ development in animal models.[9] Ironically, while these chemicals may be undermining fertility, society will still blame women for “not having enough children,” overlooking the very environmental factors that contribute to this decline. Neonicotinoids readily cross critical biological barriers, including the placental barrier and the blood-brain barrier, raising concerns about prenatal exposure. Experimental evidence shows that acetamiprid and imidacloprid act as agonists at nicotinic acetylcholine receptors (nAChRs), mimicking nicotine’s neuroactive effects on the developing brain.[10] This receptor activation during critical periods of neurodevelopment can disrupt neural circuit formation, potentially leading to cognitive and behavioral deficits.[8,9] Beyond neurodevelopmental impacts, neonicotinoids have been associated with a range of systemic toxicities. Studies report liver damage, genotoxicity, and carcinogenic potential from chronic exposure in animal studies.[11] Importantly, human biomonitoring studies have detected multiple neonicotinoids in children's cerebrospinal fluid, plasma, and urine samples, confirming that these pesticides penetrate the body and accumulate in critical tissues, including the central nervous system.[12] The victims: Farmers first, everyone else second The French League Against Cancer has specifically warned that the Duplomb Law will worsen pesticide exposure for both farmers and nearby residents. This is a cancer prevention group sounding the alarm, not an environmental scare tactic. Consider this: the law marketed as helping farmers will harm them most. Farmers are on the front lines of pesticide exposure. They're the ones breathing these chemicals, handling them daily, and living with the consequences. Rural communities, where agricultural workers and their families live, will bear the brunt of increased cancer rates, neurological disorders, and reproductive problems. But the damage spreads beyond farmers. Only about 5% of applied neonicotinoids are absorbed by crops, the remaining 95% passes into soil and water systems. This means every French citizen, including those far from agriculture sites, will be exposed through contaminated drinking water, food residues, and environmental drift. Let’s get into details: This low absorption rate leads to widespread contamination of agricultural soils and water bodies. Neonicotinoids are highly water-soluble and persistent, enabling them to leach into groundwater and surface water, as well as accumulate in soils over time. Studies have detected these chemicals in various environmental matrices, including soil, water, and even in wild plants near treated fields.[13] Because of their environmental mobility and persistence, neonicotinoids can enter the human body through: Drinking water :  found in both public and private water sources, particularly in agricultural areas.[14] Food residues: Found in a wide range of foods, including produce and honey, due to environmental contamination and direct application. Environmental drift: Movement of contaminated dust and water can spread neonicotinoids far from application sites, increasing the risk of exposure for the general population.[15] We've been here before: The chlordecone catastrophe What makes the Duplomb Law particularly infuriating is that France has already lived through this exact nightmare. In Martinique and Guadeloupe, the pesticide chlordecone was used extensively in banana plantations from 1972 to 1993, despite being banned in the United States in 1976. French authorities knew it was dangerous but prioritized agricultural profits over public health. The result? A catastrophe that continues today. Ninety-five percent of adults in these islands have chlordecone in their blood. Prostate cancer rates are among the highest in the world. The soil remains contaminated for centuries, chlordecone has a half-life of 5,000 years. Fishing is still restricted in vast areas because the chemical has saturated the marine ecosystem. An entire generation of children has been exposed to a neurotoxin that affects cognitive development. This isn't ancient history, it's happening right now, thirty years after the chemical was finally banned. The French state has spent billions in compensation and cleanup efforts, and the crisis is far from over. How can the same government that is still paying for the chlordecone disaster now authorize another round of brain-toxic chemicals? It's as if they learned nothing from poisoning their own citizens in the Caribbean. The parallels are terrifying: a chemical banned elsewhere, authorities ignoring health warnings, rural communities bearing the brunt of exposure, and decades of irreversible damage. The only difference is that this time, it's happening on the mainland.[16] Chlordécone : le scandale sanitaire expliqué The alternatives that were ignored Here's what makes this tragedy even more infuriating: we have better solutions. The EU has been developing and implementing integrated pest management (IPM) strategies that reduce pesticide dependency while maintaining crop yields. These include: Biological controls  using natural predators and beneficial insects to control pests. Countries like Denmark and the Netherlands have successfully reduced pesticide use by 40-60% while maintaining agricultural productivity. Precision agriculture  technologies that allow targeted application of treatments only where needed, reducing overall chemical use by up to 70%. Crop rotation and polyculture  systems that break pest cycles naturally, reducing the need for chemical interventions. Pheromone traps and disruption techniques  that prevent pest reproduction without toxic chemicals. Beneficial habitat creation  that encourages natural pest control by supporting biodiversity on and around farms. These aren't theoretical solutions, they're working right now in other European countries. France could have invested in transitioning farmers to these methods instead of doubling down on chemical dependency. The governance failure: How intersectionality could have saved us The Duplomb Law represents a catastrophic failure of governance, one that perfectly illustrates why we need intersectional approaches to policy-making. Here's how this disaster unfolded and how it could have been prevented: Single-issue thinking : The law was framed purely as "agricultural support" without considering health, environmental, or social justice implications. An intersectional approach would have asked: Who bears the costs of this policy? How do these chemicals affect vulnerable populations differently? What are the long-term consequences for rural communities, children, and pregnant women? Exclusion of affected voices : The law passed "by force," through a highly contentious and accelerated process that limited debate and excluded many critical voices. This procedural violence excluded the voices of public health experts, environmental scientists, and affected communities. True intersectional governance would have required meaningful participation from all stakeholders, especially those most harmed by the decision. Power imbalance : The agrochemical industry had disproportionate influence in shaping this law, while public health advocates, environmental groups, and rural communities were marginalized. As a matter of fact; the legislative process was described as unorthodox and accelerated, with thousands of amendments from public health and environmental advocates dismissed or not meaningfully debated. Moreover, environmental groups and scientists raised concerns about the reintroduction of banned pesticides and weakening of environmental protections, but their input was largely sidelined. These dynamics align with patterns seen elsewhere, where industry lobbying and economic interests have a strong impact on policy outcomes, often at the expense of broader public health and environmental considerations. Intersectional governance would have recognized these power imbalances and actively corrected them by centering the voices and needs of those most affected. Ignoring cumulative impacts : The law treats each issue in isolation, pesticide use, livestock expansion, water management, without considering how these interact to create compounding harms, particularly for vulnerable populations. What intersectional innovation looks like According to Kimberlé Crenshaw, intersectionality studies how overlapping oppressive systems, such as those based on race, gender, class, and other identities, create distinct experiences of discrimination that are impossible to comprehend by examining each system separately. Professor Kimberlé Crenshaw Defines Intersectionality Because farming communities, consumers, and workers are situated at the intersection of several vulnerabilities such as economic precarity, environmental exposure, geographic isolation, and health disparities that worsen depending on factors like age, income, pregnancy status, and rural residence, this framework is pertinent to agricultural policy. Imagine if France had approached agricultural policy through an intersectional lens. Instead of the Duplomb Law, we might have seen: Supporting farmers in transitioning to sustainable practices while protecting their economic security, developed in partnership with farming communities, public health experts, and environmental scientists. Analysis of how agricultural policies affect different communities, with particular attention to children, pregnant women, low-income families, and rural residents; recognizing that those at the intersection of multiple categories (such as low-income pregnant women in rural areas) face compounded risks. Bringing together agricultural, health, environmental, and social policy experts to develop holistic solutions that address multiple challenges simultaneously. Ensuring that affected communities have real power in shaping policies that affect their health and environment, not just token consultation; with particular attention to amplifying voices from the most marginalized intersections. "...Because, when you have a solution for the most invisibilised, you have a solution for everyone" - Dr Audrey-Flore Ngomsik The competitive advantage of intersectional innovation Critics might argue that this approach would hurt France's competitiveness in global markets. They're wrong. Here's why intersectional governance would actually create a massive competitive advantage: Premium market positioning : European consumers increasingly pay premium prices for sustainably produced food. Denmark's pesticide-free agriculture exports command 20-40% higher prices than conventional products. France could dominate the growing €50 billion European organic and sustainable food market instead of competing in the race-to-the-bottom commodity market. Innovation leadership : Countries that embrace intersectional approaches become innovation hubs. The Netherlands reduced pesticide use by 60% while becoming the world's second-largest agricultural exporter through precision agriculture and biotechnology. By integrating health, environmental, and social considerations, France could lead the €200 billion global agritech market. Regulatory arbitrage : The EU is moving toward stricter pesticide regulations anyway. France could get ahead of the curve, giving its farmers a competitive advantage when other countries are forced to catch up. Early movers capture market shares while competitors scramble to adapt. Healthcare cost savings : Intersectional governance would have calculated the hidden costs of pesticide use, estimated at €2.3 billion annually in France for healthcare, environmental cleanup, and productivity losses. Sustainable agriculture isn't more expensive; it's an investment that pays dividends in reduced environmental & social costs. Brand Value : "Made in France" could become synonymous with health, sustainability, and quality. A brand positioning worth billions in export value. Instead, the Duplomb Law reinforces France's image as a country that prioritizes corporate profits over public health. The real question isn't whether intersectional governance is competitive, it's whether France can afford to fall behind countries that are already reaping the economic benefits of sustainable, health-conscious agricultural policies. There is still time to act Although disastrous, the Duplomb Law is not irreversible. This is what must occur: Regarding politicians: You can choose. You can support the chemical industry or you can support the well-being of your voters. When it comes to chemicals that cause cancer in our food and water, there is no compromise. Regarding farmers: You are not worthy of being sacrificed for the sake of corporate profits. Encourage the adoption of sustainable methods that safeguard both your land and your health. We can feed people without poisoning them; join the farmers in other EU nations who are demonstrating this. For Citizens: This has a direct impact on the health of your family. Speak to your oarliamentary representative. Encourage groups battling for the reform of pesticides. Conclusion The Duplomb Law will be remembered as a moment when France chose short-term corporate interests over the health of its people. We can still change course, but only if we act now. The question isn't whether these chemicals will cause harm, the science is clear that they will. The question is whether we'll allow our government to poison us for profit, or whether we'll demand the intersectional, science-based governance that our health and our democracy deserve. This article is based on peer-reviewed scientific research and reports from major health organizations. We encourage our readers to consult the original sources and engage with local policy-makers to advocate for evidence-based agricultural and health policies. [1] https://www.lemonde.fr/planete/article/2025/07/08/loi-duplomb-sur-l-agriculture-que-contient-le-texte-qui-doit-etre-vote-a-l-assemblee-nationale_6619911_3244.html [2] https://www.greenpeace.org/eu-unit/issues/nature-food/45051/animal-farming-in-eu-worse-for-climate-than-all-cars/ [3] Beauchemin, K.A., McGinn, S.M., 2006. " Methane emissions from beef cattle: effects of diet, feeding, and management ." Agriculture, Ecosystems & Environment, 112(3), 291-301. [4]   Daley, C.A., Abbott, A., Doyle, P.S., Nader, G.A., Larson, S., 2010. " A review of fatty acid profiles and antioxidant content in grass-fed and grain-fed beef ." Nutrition Journal, 9, 10. [5] Teague, W.R., Apfelbaum, S., Lal, R., et al., 2016. " The role of ruminants in reducing agriculture's carbon footprint in North America. " Journal of Soil and Water Conservation, 71(2), 156-164. [6] https://en.wikipedia.org/wiki/Opioid_epidemic_in_the_United_States [7] https://www.fcc.gov/reports-research/maps/connect2health/focus-on-opioids.html [8] https://doi.org/10.1371/journal.pone.0032432 [9] https://doi.org/10.1016/j.scitotenv.2016.09.009 [10] Matsuda, K., Buckingham, S. D., Kleier, D., Rauh, J. J., Grauso, M., & Sattelle, D. B. (2001). " Neonicotinoids: insecticides acting on insect nicotinic acetylcholine receptors ." Trends in Pharmacological Sciences, 22(11), 573-580. [11] Kim, K. H., Kabir, E., & Jahan, S. A. (2020). Exposure to pesticides and the associated human health effects . Science of The Total Environment, 575, 525-535. [12] https://ehp.niehs.nih.gov/doi/10.1289/EHP11374 [13] https://pmc.ncbi.nlm.nih.gov/articles/PMC5533829/ [14] https://doi.org/10.1016/j.envpol.2024.123489 [15] https://www.frontiersin.org/journals/environmental-science/articles/10.3389/fenvs.2016.00071/full [16] https://www.franceinfo.fr/replay-radio/le-choix-franceinfo/trente-ans-apres-l-interdiction-du-chlordecone-aux-antilles-ou-en-est-l-indemnisation-des-populations-contaminees-par-le-pesticide_6982040.html

Where Wall Street meets the racetrack, and Mother Nature holds all the cards. Ever notice how Brits will bet on absolutely anything? From which raindrop will reach the bottom of the window first to which royal will trip on the palace steps next, there's nothing they won't wager on. Well, guess what? The financial world has its own version of this betting madness, and it's actually genius. The art of betting What are catastrophe bonds? Catastrophe bonds or "cat bonds" for short, are like an insurance policy's big brother. They're financial deals where investors essentially bet that major disasters won't happen. Picture this: You're playing a game of catch with an insurance company. The company tosses you a ball (some money) every month. You keep catching these balls and collecting them. But here's the catch, if a huge disaster strikes, you have to give back most or all of the balls you've collected. If no disaster happens, you walk home with an impressive pile of balls. That's a cat bond. The insurance company pays you to temporarily hold their risk, like paying a friend to carry your heavy backpack up a steep hill. Traditional betting at the track gives you a few minutes of excitement. With cat bonds, your bet runs for years! Insurance companies realized they needed a bigger boat (or wallet), so they created cat bonds to tap into the ocean of money that exists in investment markets. Now, with our planet getting warmer and disasters becoming more common than reruns of old TV shows, these bonds have become super important. They're like financial fire extinguishers in a world that's increasingly flammable. World bank cat bond explain - Youtube How Cat Bonds work Let me break it down as simply as your favorite recipe: An insurance company creates a special container for money: Think of it like a clear cookie jar that everyone can see but only certain people can reach into Investors put their money in this jar : They're basically saying, "I bet $10 million that Florida won't get smashed by a hurricane this year!" The insurance company pays them for taking this risk : Like paying rent to store their worries in someone else's brain If disaster strikes : Investors lose money, just like when your favorite team loses badly after you've bet on them If no disaster happens : Investors get their money back plus extra, and everyone celebrates Cat bonds were created to tap into the investment markets' deep pockets – because nothing says "problem solved" quite like throwing obscene amounts of money at it. Today, with climate change cranking up disaster frequency faster than British people form queues, cat bonds have become absolutely essential. Just like how an umbrella is "essential" in Britain – except this umbrella costs billions and doesn't turn inside out in the wind. The trigger system is clear as a referee's whistle Unlike your uncle who changes the rules of board games when he's losing, cat bonds have super clear rules about when investors lose their money: Indemnity triggers : Based on the insurance company's actual losses, like only paying up on a bet when your team loses by more than 10 points Industry loss triggers : Activated when the whole insurance industry takes a beating, like when every betting slip at the racetrack gets torn up after a surprise winner Parametric triggers : Based on measurable disaster facts like wind speed, "If winds hit 150 mph, you lose your money" – simple as checking the speedometer in a car These financial marvels transfer disaster risks from insurance companies to investors desperate for higher returns and, apparently, a proper adrenaline rush. It works like this: when a major disaster strikes, investors help cover the losses instead of the insurance company bearing all the cost. How very charitable of them! (And by charitable, I mean wildly profitable.) Beyond hurricanes and earthquakes: The betting menu expands Just like Brits now bet on everything from politics to reality TV shows, cat bonds have grown up too. Today's disaster bonds protect against: Deadly disease outbreaks (when too many people get sick) Global health crises (when doctors everywhere are working overtime) Terror attacks (when bad people do terrible things) Computer hacking (when the digital world breaks) Big company mistakes (when corporations mess up royally)More Excitement Than Betting on a Three-Legged Horse. How these beautiful disasters work Allow me to break it down in a way that even your mate who still doesn't understand the offside rule might grasp: An insurance company creates a "special purpose vehicle" (SPV)  – which sounds like something James Bond would drive but is actually just a fancy financial box Investors chuck their money into this SPV  – essentially saying, "I bet you Louisiana stays hurricane-free this year!" The insurance company pays premiums  – giving investors returns that make your granny's fixed deposit look like pocket change If disaster strikes meeting specific triggers  – investors lose their shirt, much like backing the England football team in any major tournament If no disaster occurs  – investors collect their winnings while smugly watching the Weather Channel The very specific trigger system Unlike your uncle who changes the rules of board games when he's losing, cat bonds have super clear rules about when investors lose their money: Indemnity triggers : Based on the insurance company's actual losses, like only paying up on a bet when your team loses by more than 10 points Industry loss triggers : Activated when the whole insurance industry takes a beating, like when every betting slip at the racetrack gets torn up after a surprise winner Parametric triggers : Based on measurable disaster facts like wind speed, "If winds hit 150 mph, you lose your money" – simple as checking the speedometer in a car. Beyond natural disasters: because why stop there? Much like how Brits have evolved from betting on horse races to wagering on which color tie the Chancellor will wear during budget speeches, cat bonds have expanded their horizons. Today's cat bonds protect against: Pandemic outbreaks (when too many people get sick) Global health crises (when doctors everywhere are working overtime) Terror attacks (when bad people do terrible things) Computer hacking (when the digital world breaks) Big company mistakes (when corporations mess up royally) What this means for your money If you're looking to grow your savings, cat bonds typically pay 5-15% each year when disasters don't strike. That's way better than what your bank offers, like comparing a feast to a single potato chip. For businesses, cat bonds are like having a rich uncle who promised to help if your house burns down. They provide protection against the worst-case scenarios that would otherwise bankrupt a company faster than a teenager with their first credit card. Bottom Line: smart protection in a crazy world Don't wait for the next disaster to think about protection. Catastrophe bonds are like umbrellas, it's best to get one before the storm hits, not during the downpour. Whether you're interested in investing or protecting your business, cat bonds deserve your attention. In a world where extreme weather is becoming as common as social media arguments, these financial tools let you sleep easier at night. After all, if British people can create betting markets on how many times a politician will cough during a speech, surely we can appreciate financial tools that bet on forces of nature. The difference? These bets actually protect our economy from collapse. Remember: In regular betting, the house always wins. With cat bonds, everybody can win, unless Mother Nature throws the ultimate tantrum. https://www.lemonde.fr/argent/article/2025/05/10/cat-bonds-quand-speculer-sur-les-catastrophes-rapporte_6604606_1657007.html https://www.artemis.bm/library/what-is-a-catastrophe-bond/

Have you ever wondered who owns nature? This question is at the heart of a growing global concern called biopiracy . Simply put, biopiracy happens when big companies from wealthy countries take plants, animals, or traditional knowledge from indigenous communities without permission or fair payment. It's like someone taking your family recipe, patenting it, and selling it worldwide without giving you credit or compensation. This practice raises important questions about fairness, justice, and the ownership of nature itself. Researchers in Canada have looked into using red sage, widely used in traditional Chinese medicine, to help prevent bone loss | Image: Hendrik Schmidt/dpa/picture alliance What is biopiracy? Biopiracy occurs when companies or research institutions patent biological resources or traditional knowledge from indigenous communities have been using for generations, without proper permission or compensation. [1] It is a practice that involves a company from a developed country registering patents on products derived from the biodiversity of a developing country without sharing the benefits with local populations. The term emerged in the 1990s, coined by environmental activist Vandana Shiva to highlight what she viewed as a new form of colonialism. Pr Vandana Shiva The organization Public Eye describes it as biopiracy more specifically as the appropriation and monopolization of traditional knowledge and genetic resources by means of patents, without recognizing the contributions of indigenous and local communities to these resources and knowledge, and without sharing the benefits arising from their use.[4] The stakes are high. The global market for natural products reached approximately $1.06 trillion in 2021, with medicinal plants alone accounting for more than $800 billion. With this much money at stake, companies are racing to claim exclusive rights to natural resources and the knowledge about how to use them. Real-world examples anyone can understand. Biopiracy isn't new. Throughout history, valuable plants and knowledge about their uses have been transferred from indigenous communities to global markets without recognition or compensation. Here are some examples that show how biopiracy works: The history of quinine The history of quinine, derived from the bark of the cinchona tree and used to treat malaria, represents an early example. Indigenous Andean peoples knew of its properties long before European colonizers claimed the discovery as their own. Ecorce de quinine Hunger-Suppressing Cactus: The San people in southern Africa traditionally chewed a type of cactus called Hoodia to avoid feeling hungry during long hunting trips. In 1996, a South African research organization patented the appetite-suppressing ingredient without asking the San people's permission. They later sold the rights to pharmaceutical companies hoping to create weight-loss products. Hoodia Neem Tree For centuries, people in India have used neem tree extracts for medicine, pest control, and personal hygiene. A U.S. company patented these properties even though Indian communities had been using them for hundreds of years. Neem Tree 20 Seeds, Azadirachta indica Tree Seeds Yellow Mexican Bean Mexican farmers developed and grew a specific yellow bean variety for generations. A U.S. businessman visited Mexico, took some beans home, and then patented this variety in the United States, claiming it as his "invention." Yellow Mexican beans Basmati Rice Companies have tried to patent varieties of basmati rice that Indian and Pakistani farmers developed through centuries of careful selection and cultivation. In each case, something that belonged to a community became someone else's "property" through legal paperwork, without recognition or compensation for the original knowledge holders. Basmati rice Why biopiracy matters for sustainability. Environmental sustainability Biopiracy directly threatens environmental sustainability in several ways: When companies patent natural resources, they often encourage intensive harvesting or farming of single species, which can damage ecosystems that depend on diversity. Indigenous communities typically manage their resources sustainably, harvesting only what they need while preserving the ecosystem. When outside companies take control of these resources, sustainable practices may be abandoned in favor of maximizing profits. Biopiracy can accelerate biodiversity loss when resources are overexploited to meet market demands.[2] Indigenous communities often protect biodiversity because their cultural practices and knowledge systems depend on diverse ecosystems. Disrupting these communities through biopiracy threatens the very biodiversity that makes these resources valuable in the first place. Social Sustainability The social impacts of biopiracy are profound: Indigenous communities can lose access to resources they've managed for generations when these resources become privatized through patents. Traditional knowledge is often central to cultural identity. When this knowledge is taken without permission, it threatens cultural survival. The power imbalance between large corporations and indigenous communities creates situations where communities can't effectively defend their rights. The appropriation of resources and knowledge from the South by Northern countries damages social cohesion and cultural practices that have evolved over centuries.[3][ Economic Sustainability Biopiracy creates economic inequities that undermine sustainable development: While companies may earn billions from products derived from traditional knowledge, the communities that developed and preserved this knowledge often remain in poverty. Indigenous communities are denied economic opportunities when they can't benefit from their own resources and knowledge. The lopsided distribution of benefits discourages communities from sharing knowledge that could benefit humanity, for fear it will be stolen. Patents on genetic resources and traditional knowledge are predominantly held by industrialized countries in the global North, while the majority of biological resources and indigenous knowledge is found in the biodiversity-rich countries of the global South.This economic imbalance perpetuates global inequality.[4] Rules meant to stop biopiracy (And why they often don't work) Several international agreements try to address biopiracy. The most important ones are the 1992 Convention on Biological Diversity (CBD) and the 2010 Nagoya Protocol. These agreements say companies need to: Ask permission before accessing genetic resources and traditional knowledge Share benefits fairly with the communities that provide these resources. However, these rules often don't work well because: Many countries don't have strong local laws to enforce these international agreements Patent systems were designed for individual inventors and don't easily recognize community-owned knowledge Traditional knowledge is often shared orally rather than written down, making it hard to protect under current intellectual property laws Powerful economic interests resist changes that would limit their ability to profit from biological resources. Switzerland's role in biopiracy Switzerland plays an important part in this story. The country is home to many pharmaceutical, agricultural, and biotechnology companies that file patents based on genetic resources.[4] Switzerland has taken some steps to address the problem. In 2008, it required patent applicants to disclose where they got genetic resources and traditional knowledge. However, critics say these measures don't go far enough because: There are few consequences if companies don't comply The rules don't apply when Swiss companies file patents in other countries Nevertheless, Switzerland has a responsibility to ensure that its companies respect the rights of indigenous and local communities when accessing and using their resources and knowledge. Public Eye [4] Digital biopiracy: A new challenge Technology is creating new forms of biopiracy. With advances in genetic sequencing, companies can now access genetic information without physically taking plant or animal samples. They can: Digitize genetic sequences and store them in databases Use this digital information to create new products Potentially avoid sharing benefits with the communities where the original resources came from When genetic information is digitized and stored in databases, it becomes easier to appropriate and harder to trace, potentially bypassing benefit-sharing obligations. Hence, this "digital biopiracy" is harder to track and regulate than traditional forms of biopiracy, creating new challenges for communities trying to protect their resources. How we can fix the problem Addressing biopiracy requires action on multiple fronts: Better laws : Countries need strong laws that protect traditional knowledge and genetic resources, with real consequences for violations. Improved patent systems : Patent offices should require proof that companies have permission to use biological resources and are sharing benefits fairly. Supporting indigenous communities : Communities need legal help and technical support to negotiate fair agreements and protect their rights. Ethical partnerships : Companies should work with indigenous communities as equal partners, respecting their rights and sharing profits fairly. New rules for digital information : We need updated frameworks to ensure benefit-sharing applies to digital genetic information, not just physical samples. Company accountability : Companies should face meaningful consequences for biopiracy violations. Consumer awareness : When people understand biopiracy, they can demand more ethical practices from the companies they buy from. Toward a more sustainable and fair future Biopiracy isn't just about taking without permission, it's about respecting cultural heritage, recognizing indigenous contributions to our knowledge, and sharing the benefits of nature fairly. As the OpenEdition book reminds us,[3] "biodiversity cannot be reduced to genetic resources that can be freely taken." Instead, we need to understand nature as part of complex systems where people and environments are connected, managed by communities with deep cultural ties to the land. By addressing biopiracy, we can build more sustainable relationships between global industries and local communities, relationships that respect traditional knowledge, reward innovation fairly, and ensure that the benefits of biodiversity are shared by all who help preserve it. True sustainability (environmental, social, and economic) requires justice in how we value, protect, and share the world's biological resources and the knowledge systems that have evolved alongside them. Only by addressing biopiracy can we create a future where nature's gifts benefit everyone, not just those with the power to claim ownership. References: [1] "Biopiracy: The fight for fairness in the scientific exploitation of natural resources." France24, December 9, 2022. [2] "Digital biopiracy: Tracking the new frontier of the North-South divide in genetic resources extraction." Science Direct, 2022. [3] "Biodiversity, Biotechnology and Traditional Knowledge Protection." OpenEdition Books. [4] "Biopiracy: Context and Switzerland's Role." Public Eye.

Lately, we have been often asked: "What is becoming of sustainable business?". "Is there any?" "Are environmental and social sustainability able to thrive on this political climate?". Here is our answer: Spotlight When profit meets purpose, that's where true business transformation begins. Across our client portfolio, we've observed how sustainability, inclusion, and equity were once the darlings of corporate agendas. Those days feel distant now. The boardroom enthusiasm has cooled. The budgets have shrunk. The bold declarations have softened to whispers. Not because these principles matter less. But because the real work has begun. Across the industry,  we've observed how initiatives built merely for show are being quietly shelved as priorities shift. Meanwhile, among our clients who embraced sustainability with authentic purpose, their programs continue to thrive even without fanfare, and they're seeing tangible benefits to their bottom line. The data supports this observation. A 2023 McKinsey Global Survey found that 33% of respondents report their organizations have already achieved value creation from their sustainability programs [1], while according to the Morgan Stanley Institute for Sustainable Investing, sustainable funds demonstrated greater resilience during market downturns, with 65% of sustainable funds ranking in the top half of their respective categories during 2020's volatile market. [2,3,4] The contrast couldn't be more striking: performative sustainability fades with changing seasons, but a real purpose-driven approaches are bearing fruit even when no one's watching. [5,6] Our most successful clients understand this: when your sustainability strategy only thrived during conference keynotes and quarterly reports, it was never going to reshape your business. Real commitment isn't measured in press releases but in what your company does when no one's drafting the awards submission, when public attention has moved elsewhere. That resistance many businesses are feeling is not failure, it's friction. Systems only push back against forces capable of changing them. The harder the pushback, the closer you are to meaningful change. Research from MIT Sloan indicates that the companies facing the most significant initial internal resistance to sustainability initiatives ultimately achieved 37% higher ROI on those programs when they persisted through the friction. For some organizations we work with, sustainability feels like sacrifice because they've built enterprises on unsustainable foundations. Their discomfort isn't evidence we've gone too far, it's confirmation we've finally started moving in the right direction.  According to a 2022 PwC survey, 83% of consumers think companies should be actively shaping ESG best practices, yet The Conference Board's C-Suite Outlook 2023 reported that only 39% of executives globally ranked ESG investments as "very important", highlighting the friction between expectations and current priorities. The most dangerous narrative we hear from companies isn't skepticism about sustainability, it's the suggestion that modest progress represents radical excess. When business claims "we've gone too far," we always ask them: too far toward whose future? NYU Stern's Center for Sustainable Business found that sustainability-marketed products grew 7.1 times faster than products not marketed as sustainable between 2015-2021, showing consumers are voting with their wallets. At Trianon Scientific Communication, we've learned through our client work that sustainability isn't just a solution, it's often THE solution, even to problems that seem unrelated. We're committed to proving that environmental and social responsibility can drive profit, not just purpose. We didn't build our client relationships on shifting trends. We built them on enduring truths. For some organizations, sustainability feels challenging because they've operated for decades on unsustainable foundations. Their discomfort doesn't signal excess, it confirms that meaningful change has begun. The 2023 Edelman Trust Barometer found that 71% of employees expect their CEO to speak out on issues like sustainability and climate change, expectations that may feel uncomfortable but reflect evolving stakeholder demands. If you're exhausted, we tell our clients, good. That means you've moved beyond platitudes. If you're uncertain, excellent. You understand what's truly at stake. If you're still committed despite the headwinds, perfect. That's where transformation begins. Th resilience of sustainable business What's become clear through observation is that sustainability isn't just about risk mitigation, it always drives solution innovation. Harvard Business Review reported that companies with strong ESG propositions have lower costs of capital, reduced regulatory pressure, and improved employee attraction and retention, translating to enhanced value creation. [7] The companies building on enduring principles rather than fleeting trends show remarkable resilience. Those experiencing exhaustion have typically moved beyond performative actions. Those facing uncertainty have generally recognized the true complexity of the challenge. Those maintaining commitment despite headwinds are positioned for long-term transformation. Sustainability isn't fading, it's maturing. Growing less flashy but more fundamental. Less about talk and more about transformation. We see this daily as we guide organizations through this evolution. The evidence appears in quarterly reports and annual statements across industries, with the Global Sustainable Investment Alliance reporting that sustainable investing assets reached $35.3 trillion globally in 2020, a 15% increase in just two years. [8] The work continues because the challenges remain. So we encourage everyone to keep showing up. Not because it's comfortable or convenient, but because a thriving, sustainable future demands nothing less. And increasingly, the market rewards those who understand this truth. This has been demonstrated by BlackRock's 2022 finding that companies with better ESG risk ratings have shown greater financial resilience during market downturns. [1] https://www.mckinsey.com/capabilities/strategy-and-corporate-finance/our-insights/sustainability-sources-of-value-creation [2] https://www.morganstanley.com/ideas/esg-funds-outperform-peers-coronavirus [3] https://www.morganstanley.com/content/dam/msdotcom/en/assets/pdfs/3190436-20-09-15_Sustainable-Reality-2020-update_Final-Revised.pdf [4] https://www.morganstanley.com/press-releases/morgan-stanley-sustainable-reality-report-reveals-u-s--sustainab [5 ] https://mitsloan.mit.edu/sustainability-initiative/welcome [6] https://mitsloan.mit.edu/sustainability-initiative/aggregate-confusion-project [7] https://www.sciedupress.com/journal/index.php/ijba/article/view/27058 [8] https://www.gsi-alliance.org/wp-content/uploads/2021/08/GSIR-20201.pdf

Who We Are: Trianon Scientific Communication For over two decades, Trianon Scientific Communication has been at the forefront of revolutionizing sustainability approaches for industries facing environmental challenges. As CSR strategists specializing in both environmental and social sustainability, we partner with executive leadership to embed corporate social responsibility at the core of business strategy. Our foundational philosophy is simple yet powerful: "Your problem may not be sustainability itself, but sustainability is the solution." This insight has guided our unique approach to "making sustainability profitable" across diverse sectors. Through executive training, operational greening, and developing environmental and social innovations, we accelerate carbon reduction while simultaneously enhancing profitability. Trianon's expertise extends beyond decarbonization. We actively promote leadership diversity as an essential component of effective and inclusive ecological transition. Our combination of technical expertise, inspirational capacity, and commitment to inclusion enables companies to reconcile sustainability with profitability in today's complex business landscape. It is from this perspective that we examine one of the most overlooked aspects of both social sustainability and business performance: the hidden value of women's work. The revelation of absence When women stop working, the world notices. On October 24, 2023, something amazing happened in Iceland. Approximately 100,000 women and non-binary people didn't go to work. They went on strike for a whole day. The first time they've done this since 1975.[1] Their absence from workplaces across the country delivered a powerful statement about the value of women’s value in the economy and the inequalities they continue to face. Icelandic Women Strike in 1975 - Women's History Archives | Women's History Archives They wanted everyone to see two big problems: Women in some jobs still get paid 21% less than men for doing the same work Over 40% of Icelandic women have experienced gender-based violence. But these strikes show us something bigger too: how much society depends on women’s contributions, whether they’re paid or unpaid. This chart shows the unadjusted gender pay gap in selected EU member states. Women's work: the hidden pillar of society Addressing the hidden value of women's work creates substantial business opportunities. Women and girls handle over 75% of the world’s unpaid care tasks and form two-thirds of paid care workers. Every day, they dedicate 12.5 billion hours to unpaid care. It is enough to fill 1.4 million years of nonstop work. If this labor were paid at minimum wage, it would add $10.8 trillion yearly to the global economy, a value three times larger than the entire tech industry. In developping nations, rural women often spend up to 14 hours daily on chores like cooking, cleaning, and childcare. Globally, 42% of women are blocked from paid jobs due to caregiving duties, compared to just 6% of men. Most domestic workers worldwide are women (80% of 67 million), yet 90% lack social security, and over half face unlimited work hours with no legal protection. These gaps highlight the urgent need to recognize and support caregiving as essential work.[2] Female doctor with a female patient The money impact When women work in paid jobs, good things happen: Economies grow stronger; Businesses become more diverse and successful; Income gaps shrink; Countries handle crises better; In America alone, women's work adds $7.6 trillion to the country's money each year. If all working American women took just one day off (like the Icelandic women did), the country would lose almost $21 billion in a single day![3] In the UK alone, improvements in female participation between 2011–2023 contributed £6.2 billion annually to GDP, with potential growth reaching £43.5 billion by 2030 if progress continues.[4] In Europe, women also play a crucial role in economic growth: Closing the gender pay and participation gaps could elevate EU GDP per capita by 6.1–9.6% by 2050.[5] Women's contribution to GDP in Central and Eastern Europe (CEE) ranges from 38–43%, slightly above the global average of 36%. [6] The gender employment gap cost Europe €390 billion in 2023, equivalent to 2.3% of the EU’s GDP.[7] This shows how essential women work is to keeping economies running. Beyond GDP: The uncounted contributions Here's where things get really interesting. Conventional economic metrics overlook crucial value: Beyond their paid jobs, women do tons of work that nobody pays them for: Taking care of children Looking after older family members Cleaning homes Cooking meals Managing household needs Planning family schedules and events (often called the “mental load”). This work is super important for families and communities. But it doesn't count in a country's official money measurements. How much is this unpaid work actually worth? About $10.9 trillion worldwide in 2020. That's more than twice the size of the entire global tech industry! Just in America, if women got minimum wage for their unpaid work, they would have earned about $1.5 trillion in 2019.[8] Woman cooking The uneven distribution of unpaid work: Health and career impacts on women Women worldwide bear a disproportionate burden of unpaid labor, facing significant physical and mental health consequences. Daily activities like cooking, cleaning, and lifting frequently result in physical strain, leading to chronic pain, injuries, and long-term health complications. The mental health toll is equally concerning, with many women experiencing anxiety, depression, and burnout from managing constant responsibilities. Despite their essential contributions to family functioning, many women report feeling undervalued and unappreciated for their efforts at home. The invisible "mental load" compounds these challenges. Women typically shoulder the responsibility of planning, organizing, and worrying about family needs such as remembering birthdays, scheduling appointments, monitoring household supplies, and anticipating others' needs. This constant mental vigilance creates a never-ending cognitive burden that rarely receives acknowledgment. Woman depressed The global statistics are staggering. Women collectively perform 12.5 billion hours of unpaid care work daily. In the United States, women spend 4.5 hours on daily unpaid tasks compared to men's 2.8 hours. Even in countries renowned for gender equality, such as Iceland, women still contribute more unpaid labor than men. The disparity becomes even more pronounced in countries like Egypt, where women dedicate 5.4 hours daily to unpaid work while men average just 35 minutes. Across Europe, the gender gap in unpaid work persists with varying intensity. European Union women spend approximately 4 hours daily on unpaid care work, while men contribute about 2 hours, creating a consistent 2-hour daily gap. Country-specific data reveals significant variations: France shows women spending 3.7 hours on unpaid work versus men's 2.1 hours; Italy demonstrates a wider gap with women at 4.6 hours compared to men's 1.5 hours; and Germany reports women spending 4 hours while men contribute 2.5 hours. Even the progressive Nordic countries maintain a gender gap of 1-1.5 hours daily. Eastern European nations often display even larger disparities, with women in Poland, Romania, and Hungary typically investing 3-4 more hours daily in unpaid work than men. These differences reflect complex factors including policy environments, cultural expectations, parental leave structures, childcare accessibility, and deeply embedded gender norms. Countries with comprehensive family-friendly policies and robust childcare systems generally demonstrate smaller, though still persistent, gender gaps in unpaid labor. An analysis of figures from 75 countries shows that women complete more unpaid work than men in every region of the world. Statista The career implications of this unbalanced workload create another dimension of impact on women's wellbeing. The extensive time devoted to unpaid domestic responsibilities often forces women to reduce work hours, decline promotions, or exit the workforce entirely. This "motherhood penalty" results in diminished earning potential, reduced retirement savings, and limited career advancement. Women frequently find themselves in a double bind, simultaneously judged for being insufficiently committed to either their careers or their families. The resulting financial stress, combined with career frustration and frustrated ambitions, creates additional health risks including chronic stress, compromised immune function, and increased vulnerability to various health conditions. The pressure to perform perfectly in both professional and domestic spheres leads many women to sacrifice self-care, sleep, and leisure time, essential components of maintaining physical and mental health.[9,10,11] Another crucial distinction lies in the nature of these responsibilities. Women's tasks, such as cooking, childcare, and cleaning, typically demand attention every day at specific times. Meanwhile, men's traditional responsibilities, like lawn maintenance or household repairs, generally allow for greater flexibility and can often be postponed without immediate consequences. Invisible labor at work: Another hidden value of women's work The burden doesn’t stop at home. In workplaces, women often take on “invisible labor”—tasks that are essential but go unnoticed or unrewarded: Organizing team events or sending gifts for colleagues. Taking meeting notes or tidying up shared spaces. Providing emotional support to coworkers. This kind of work helps build company culture but rarely leads to promotions or recognition. In fact: Women are asked to do these tasks 44% more often than men. When men perform these tasks, they’re seen as going “above and beyond” and are more likely to be rewarded. This imbalance affects women’s career growth and contributes to the gender pay gap over time.[12] The business case for change Trianon Scientific Communication helps organizations implement proven strategies for addressing these imbalances: Comprehensive family support policies  that recognize caregiving across all genders Workplace flexibility  without career penalties Recognition systems  that value traditionally invisible contributions Equal distribution  of office housework and emotional labor Leadership modeling  of work-life integration Organizations implementing these approaches report: Reduced turnover costs Improved talent acquisition Enhanced innovation metrics Stronger team performance Greater organizational resilience Iceland shows the way forward When Icelandic women first went on strike in 1975, amazing things happened: Five years later, Iceland elected its first woman presiden. Iceland has now been ranked n°1, in the world for gender equality, for 14 straight years The country has closed 91.2% of its gender gap (America is at about 75%; Europe is about 76%). The 2023 strike was another big step toward complete equality. It showed how powerful collective action can be! The path forward Trianon Scientific Communication partners with forward-thinking organizations to create sustainable change: Implementing evidence-based workplace policies that address both visible and invisible gender gaps. Developing metrics that capture the full spectrum of organizational contributions. Building cultures where unpaid labor is recognized, valued, and shared equitably. When organizations acknowledge women's comprehensive contributions, both recognized and hidden, they create workplaces that are not only more equitable but demonstrably more innovative, resilient, and profitable. The message from Iceland resonates clearly: women's work, in all its forms, is essential to organizational and economic success. Companies that recognize this reality gain significant competitive advantage in an increasingly complex global marketplace. Thousands participated in the women's strike in Iceland on Tuesday, October 24, 2023 to protest unequal pay and gender-based violence. This picture specifically shows the crowd in Reykjavik, Iceland. Photo Credit: Arni TorfasonCopyright 2023 The Associated Press. All rights reserved [1] https://www.mentalfloss.com/article/70333/40-years-ago-women-iceland-went-strike [2] https://www.oxfam.org/en/not-all-gaps-are-created-equal-true-value-care-work [3] https://www.forbes.com/sites/evaepker/2023/10/31/women-handle-75-of-all-unpaid-labor-their-health-pays-the-price/ [4] https://www.pwc.co.uk/services/economics/insights/women-in-work-index.html [5] https://eige.europa.eu/sites/default/files/documents/economic_benefits_of_gender_equality_briefing_paper.pdf [6] https://www.mckinsey.com/~/media/mckinsey/featured%20insights/europe/closing%20the%20gender%20gap%20in%20central%20and%20eastern%20europe/20210917_win%20win_cee%20women%20report_final.pdf [7] https://www.mynewsdesk.com/eurofound/pressreleases/mind-the-gap-gender-employment-gap-cost-europe-over-390-euros-billion-in-2023-3373047 [8] https://www.nytimes.com/interactive/2020/03/04/opinion/women-unpaid-labor.html [9] https://africanjournalofbiomedicalresearch.com/index.php/AJBR/article/view/5817 [10] https://www.sciencedirect.com/science/article/pii/B9780128190081000109 [11] https://www.bmj.com/content/374/bmj.n1972 [12] https://synd.io/blog/invisible-labor-in-the-workplace/

Today let’s celebrate  Dr Audrey-Flore Ngomsik  who helps businesses every day to embed sustainability, with the conviction: "Your problem may not be sustainability itself, but the solution is." Cover page Women in sustainability What inspires you? What inspires you? How do you see the future? How do you see the future? What is your message? What is your message Women in sustainability - A book by Joanna Sullivan