Spin-Powered Crystals Enhance Hydrogen Production Efficiency
Researchers have developed a new catalyst using chiral crystals composed of rhodium and other elements, significantly enhancing the efficiency of water splitting for hydrogen production. These crystals leverage unique electron spin properties to accelerate the oxygen evolution reaction, outperforming traditional materials by a factor of 200. This advancement, published in Nature Energy, could make hydrogen production more efficient and economically viable, marking a significant step towards sustainable energy solutions.