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New ink formulation enables high-performance, scalable production of micro-supercapacitors and sensors using aerosol jet printing for next-generation electronics.

Researchers propose brain-like spiking neural networks and compute-in-memory hardware as the key to overcoming the massive energy bottleneck stifling sustainable AI advancement.

This hybrid piezoelectric approach delivers high efficiency and greater current output while addressing scaling limits of traditional power electronics.

Generative AI’s energy and water demands are straining the planet!

A billion tons per year of biomass could replace 30% of our petroleum consumption while creating new domestic jobs

The Bill Gates-backed startup aims to build smaller, advanced reactors that could make nuclear power cheaper and safer, helping meet growing electricity demands while fighting climate change.

Computer models now match experiments on particle flow in tokamaks, aiding better designs for future power plants.

The Experimental Advanced Superconducting Tokamak (EAST) in China has achieved a major step toward nuclear fusion power.

Ultimate goal: "A world powered by uninterruptible renewable energy."

Oak Ridge National Laboratory and Kyoto Fusioneering collaborate to speed up the development of systems needed for commercial fusion power plants.