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Korean lab builds a quantum computer that corrects its own errors
Scientists at the Korea Institute of Science and Technology (KIST) have created a fault-tolerant quantum computing architecture with a record-breaking…
AirTags uncover plastic recycling fraud in Houston
A Houston resident used Apple AirTags to uncover that the city’s recycling program was storing rather than recycling plastic waste.…
Microsoft AI discovers new battery materials in weeks instead of years
Microsoft is using AI and high-performance computing (HPC) to accelerate scientific discoveries in fields such as climate science and energy…
Wireless power could eliminate the need for batteries in small devices
A new Wi-Fi technology promises to power small electronic devices without the need for batteries. By harnessing ambient Wi-Fi signals,…
AI discovers millions of stable crystal structures
Google DeepMind's GNoME project combined graph neural networks with large-scale density functional theory checks to propose more than 2.2 million inorganic crystal structures that were stable in those physics-based tests relative to earlier public catalogs, including 381,000 additions on the updated stability hull for a new total near 421,000 stable crystals. Independent experimental structures in the ICSD matched 736 of the model's stable outputs. None of this guarantees cheap manufacturing or immediate devices; stability in a database is one step, and synthesis remains hard.