illuminem summarizes for you the essential news of the day. Read the full piece on The Washington Post or enjoy below:

🗞️ Driving the news: Scientists at Stanford University have developed a process to accelerate the natural ability of rocks to absorb carbon dioxide
• By heating limestone and magnesium-rich silicate minerals, they create materials that trap CO₂ within weeks instead of millennia
• Their research, published in Nature, suggests the method could help slow or even reverse climate change

🔭 The context: Rocks naturally absorb carbon dioxide through a process called geological weathering, but it occurs too slowly to counteract human emissions
• The new technique mimics this reaction at high temperatures, allowing for rapid CO₂ capture and long-term sequestration in the ocean
• Researchers estimate that for each ton of material produced, one ton of CO₂ can be removed from the atmosphere

🌍 Why it matters for the planet: Large-scale carbon removal is increasingly seen as essential to preventing dangerous levels of global warming, according to U.N. scientists
• Unlike some geoengineering methods, this process uses common minerals and could offer a scalable, low-cost solution
• If successful, it could complement emission reductions in the fight against climate change

⏭️ What's next: Researchers aim to commercialize the technology, potentially using the carbon-trapping material as a fertilizer for farmers
• Experts caution that scaling the process efficiently with impure rock sources and high energy demands remains a challenge
• Further studies and funding will be needed to test its real-world viability

💬 One quote: “We didn’t expect that it would work as well as it does.” — Yuxuan Chen, lead author of the study

📈 One stat: Lending to fossil fuel sectors fell 41% in 2023, a sign of shifting investment trends in response to climate concerns

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