Section
Peer-reviewed findings, preprints and lab breakthroughs — explained without the hype.
Quantum3 min read
A University of Chicago team's computational approach resolves a long-standing theory-experiment gap, which could help in designing better qubits and quantum sensors from crystal defects.
Quantum3 min read
Molecules resting on a surface kept their quantum coherence for the maximum physically allowed time, which could open the way to nanometer-scale control of single quantum emitters.
Quantum3 min read
The simulation reproduces the Aharonov-Bohm effect with a dynamical field, hinting at how hybrid quantum machines could probe matter-field interactions that classical computers struggle to model.
