- Neon Nomad
- Posts
- Another Big Breakthrough In Nuclear Fusion Thanks To AI
Another Big Breakthrough In Nuclear Fusion Thanks To AI
PLUS: New 'Virtually Unhackable' Chip Combines Light and Silicon for Faster, Efficient AI Processing + Kia is making cars with sustainable materials like mushrooms, fishing nets and roots
⛺ Hey Nomads!
Here are this week’s top sustainable innovation news, startup updates, and what thought-leader for sustainability, Janina Motter, is reading.
⚡️ AI Breakthrough Paves Way for Scalable Nuclear Fusion Energy
🔬 New 'Virtually Unhackable' Chip Combines Light and Silicon for Faster, Efficient AI Processing
💨 Chinese Researchers Develop Advanced CO2 Electrolysis System for Climate and Waste Management
🌊 US Scientists Utilize Viruses to Enhance Ocean Carbon Capture in Climate Fight
👔 lululemon and Samsara Eco Launch First Enzymatically Recycled Nylon Apparel
+ 5 Other Highly Interesting Headlines
+ 4 Sustainable Startup News Articles
+ What Janina Motter Is Reading
Sustainable Innovation News Stories For This Week
⚡️ AI Breakthrough Paves Way for Scalable Nuclear Fusion Energy LINK
Princeton University scientists have leveraged AI to predict and mitigate plasma instabilities in nuclear fusion, overcoming a major challenge toward limitless clean energy.
The AI model can identify potential disruptions 300 milliseconds before occurrence, enabling timely adjustments to maintain stable plasma states, crucial for the feasibility of nuclear fusion energy.
This advancement, coupled with Lawrence Livermore National Laboratory's prior energy gain milestone, moves nuclear fusion closer to grid-scale application, offering a sustainable, waste-free power source.
🔬 New 'Virtually Unhackable' Chip Combines Light and Silicon for Faster, Efficient AI Processing LINK
Engineers at Penn have developed a chip using silicon-photonics to perform AI computations with light, aiming to drastically increase speed and reduce energy usage compared to traditional chips.
The chip is designed for fast vector-matrix multiplication, essential for AI, by altering silicon wafer heights to scatter light for instant calculations, enhancing GPU performance for AI applications.
Beyond efficiency and speed, this chip provides heightened security by processing multiple computations simultaneously without storing data in working memory, posing a significant advancement in preventing data breaches.
💨 Chinese Researchers Develop Advanced CO2 Electrolysis System for Climate and Waste Management LINK
A new CO2 electrolysis system by Chinese researchers shows over 93% conversion efficiency and 5,000 hours of stable operation, promising for carbon-neutral advancements and tackling climate change.
The system converts CO2 into formic acid using a novel method, sidestepping traditional issues like efficiency loss and equipment lifespan reduction due to by-product precipitation.
This innovation offers an environmentally friendly solution for recycling spent lead-acid batteries, preventing harmful lead and acid leakage and promoting sustainable waste management.
🌊 US Scientists Utilize Viruses to Enhance Ocean Carbon Capture in Climate Fight LINK
Ohio State University scientists are using viruses from ocean water and Arctic ice to boost the ocean's natural carbon absorption, aiming to mitigate climate change effects.
The team, using AI and genome sequencing, identified 128 viruses that enhance underwater carbon metabolism, potentially leading to significant climate change mitigation strategies.
While exploring carbon capture, the research also aims to control methane release from melting permafrost, balancing innovative approaches with ethical considerations for global environmental benefits.
👔 lululemon and Samsara Eco Launch First Enzymatically Recycled Nylon Apparel LINK
Samsara Eco and lululemon introduce the first enzymatically recycled nylon 6,6 product, marking a significant advancement in sustainable textile technology and circular fashion.
The collaboration has led to the creation of lululemon Swiftly Tech long-sleeve tops using recycled nylon, demonstrating the feasibility of textile-to-textile recycling for notoriously difficult-to-recycle nylon 6,6.
Samsara Eco's innovative process, which uses plastic-eating enzymes, reduces emissions significantly compared to virgin nylon production, aligning with lululemon's 2030 sustainability goals and showcasing a sustainable model for the apparel industry.
Spin The Wheel
Spin to Win Green! 🌿 Try your luck for eco-friendly product discounts!
Other News You May Be Interested In
Kia is making cars with sustainable materials like mushrooms, fishing nets and roots LINK
AtmosZero Secures $21 Million to Revolutionize Industrial Steam Decarbonization LINK
Vulcan Advances Towards $825M Funding for Zero Carbon Lithium LINK
Researchers Develop High-Conductivity Solid Material for Safer, More Efficient Lithium-Ion Batteries LINK
RMIT Unveils Recyclable Water Batteries: Safe, Cool, and Environmentally Friendly LINK
Sustainable Startup News Articles
Amsterdam Startup Sparqle Raises €1.2M for Sustainable Delivery Platform LINK
Startup Aro Claims Its Homes Will Generate More Energy Than They Use LINK
Mondra Secures £3.6 Million Pre-Series A Funding for Food Supply Chain Decarbonisation Platform LINK
DOE Announces $100 Million Funding to Accelerate Carbon Removal Technologies LINK
What Brinc’s Thought-Leader in Sustainability, Janina Motter Is Reading
Carbon Capture Startup Takes 'Good Enough' Approach to Slash Costs LINK
Sage Geosystems Raises $17M for Geothermal Energy Storage LINK
The Energy Transition Would Cost 20% More Without China, Analysis Says LINK
The importance of community engagement in carbon removal efforts: Four key takeaways for policymakers LINK
Discover AI tools that can revolutionize your approach, streamline processes, and propel your ventures to new heights. From idea conception to business success, these tools are your partners in the nomadic landscape of innovation. |