The Switchable Solvent
Columbia Engineering’s S3E process pulls lithium straight from brine without evaporation ponds — using a solvent that switches state at 158°F. Here’s how it works.
Columbia Engineering’s S3E process pulls lithium straight from brine without evaporation ponds — using a solvent that switches state at 158°F. Here’s how it works.
On December 5, 2022, a US laser facility achieved fusion ignition—more energy out than in. The science of NIF’s breakthrough and the race to commercial fusion.
A Tufts team built an AI that uses 1% of the energy of standard models and succeeds 95% of the time. The architecture that could solve AI’s energy crisis.
Quantum batteries harness quantum entanglement to charge exponentially faster than lithium-ion. Learn how quantum physics is revolutionising energy storage.
Solid-state, sodium-ion, iron-air, and AI-designed batteries are revolutionizing EVs, aviation, robotics, and renewable energy. The battery revolution explained.
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