230 calcium monohydride molecules were trapped below 1 millikelvin, showing a metal hydride can be laser cooled in a 3D magneto-optical trap and pointing toward ultracold hydrogen. @physrevlett @arxiv

Japanese Researchers Develop 90°C Hydrogen Battery for Efficient Storage

Japanese researchers have developed a low-temperature hydrogen battery that operates at just 90°C, overcoming previous limitations of high-t

Nanocrystal Light Emission Reveals Quantum Zero-Point Motion in Atomic Lattice

Researchers have observed unexpected light emission from a nanocrystal cooled to near absolute zero, which is shown to arise from quantum fl

New optical centrifuge unlocks the secrets of frictionless superfluids

11,000 Atoms Trapped in Metasurface-Generated Tweezer Array Advances Quantum Computing Scalability

Researchers have successfully trapped 11,000 individual atoms in a tweezer array using a single metasurface, marking the first time qubit re

Molybdenum-Vacancy Complex in Zinc Oxide Shows Promise as Optically Addressable Spin Qubit

Researchers at the University of Wisconsin-Madison have identified a molybdenum-vacancy complex within zinc oxide (denoted (MoZnvO)2+) that

Duke and IonQ Achieve Three-Node Quantum Entanglement with Trapped Atomic Ions

Researchers from Duke Quantum Center and IonQ have successfully demonstrated the distributed generation of a Greenberger–Horne–Zeilinger (GH