Caltech Demonstrates Hyper-Entanglement in Atomic Motion for Quantum Applications

A team at Caltech led by Professor Manuel Endres has demonstrated hyper-entanglement in neutral atoms by simultaneously controlling their motion and internal energy states, marking a first for massive particles such as atoms. The researchers used optical tweezers to cool and trap alkaline-earth atoms, then applied active error-corrected cooling to bring atomic motion nearly to […]

The post Caltech Demonstrates Hyper-Entanglement in Atomic Motion for Quantum Applications appeared first on Quantum Computing Report.