Synthesizing complex high-entropy nanomaterials containing up to 30 different metals in one minute at room temperature

https://phys.org/news/2025-12-driven-method-rapidly-complex-nanomaterials.html

"replaces extreme heat/ pressure with sustainable, CO₂-driven chemical reaction bridge bonding disparate metal ions normally difficult to combine due to varying atomic sizes... add hydroxide ions, stir forming metal carbonate nanoparticles exhibiting non-crystalline highly disordered structure, often superior for chemical reactions... scalable, low-cost manufacturing, eco-friendly, enhanced durability/ catalytic efficiency... hydrogen production/ more efficient battery electrodes, semiconductors"