Researchers have experimentally confirmed that electrons can tunnel through atomic defects in correlated groups, potentially enabling new sources for quantum technologies.
Researchers have successfully entangled a glass bead with a light field using optical tweezers, creating a potential new platform for quantum memory storage.
Osaka University researchers created a cobalt-based honeycomb magnetic structure, offering a cost-effective alternative to rare-earth materials for quantum research.
Physicists have identified YbSb2 as the first type-I superconductor to exhibit broken time-reversal symmetry, a phenomenon previously observed only in type-II materials.
Stanford University researchers have observed quantum jumps of sound in real time using a microscopic mechanical resonator and a superconducting qubit.
Researchers have used a custom terahertz cavity to amplify quantum vacuum fluctuations, increasing the critical temperature of niobium diselenide superconductors by 5.4%.
