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The inside of the DIII-D fusion vessel. The iridescent hues seen on some tiles lining the vessel come from atoms that can become lodged in the walls during plasma experiments.

The Fusion Puzzle: Why Fusion Walls Are Secretly Hoarding Vital Fuel

a backyard deck made of composite material

Scientists Develop Carbon-Negative Decking Material That Helps Combat Climate Change

Accompanying illustration of the steps involved to make green hydrogen

Groundbreaking discovery enables cost-effective and eco-friendly green hydrogen production

Scientists have devised a strategy for converting carbon dioxide (CO2) from the atmosphere into valuable carbon nanofibers. The process uses tandem electrocatalytic (blue ring) and thermocatalytic (orange ring) reactions to convert the CO2 (teal and silver molecules) plus water (purple and teal) into "fixed" carbon nanofibers (silver), producing hydrogen gas (H2, purple) as a beneficial byproduct. The carbon nanofibers could be used to strengthen building materials such as cement and lock away carbon for decades.

Catalytic combo converts CO2 to solid carbon nanofibers

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