Scientists have created a controlled beam of muonium, an exotic atom, to test if gravity affects second-generation particles as Einstein's theory predicts.
Scientists discovered a proton-assisted quantum mechanism that dramatically boosts triplet energy transfer, with implications for solar cells, lasers, and catalysis.
Scientists discovered a proton-assisted quantum mechanism that dramatically boosts energy transfer in quantum dots, with implications for solar cells, lasers, and catalysis.
Scientists are developing atomically thin quantum materials where light and magnetism interact, potentially leading to advanced optoelectronic devices and quantum technologies.
A new review details how atomically thin quantum materials link light and magnetism, opening doors for advanced optical memory and quantum devices.
An international team of physicists observed the synchronized quantum dynamics of excitons and phonons in perovskite nanocrystals, revealing a coherent interaction tunable by crystal size.
Researchers at the University of Chicago developed a simpler method to create powerful quantum states using existing lab equipment, potentially advancing quantum sensing and computing.
University of Chicago researchers developed a simpler method to create powerful quantum states, potentially advancing quantum sensing and technology.
Researchers have discovered new three-dimensional magnetic structures called hopfions using femtosecond laser light, opening new possibilities for spintronics.
Scientists developed a new method to instantly detect quantum W states, a breakthrough that could advance quantum communication, teleportation, and computing.
A new study explores electron-nuclei interactions, providing fresh constraints on dark matter candidates and hypothetical particles beyond the Standard Model.
McGill University researchers have created an ultracold quantum device that generates sound-like particles, potentially leading to phonon lasers for communications and medical diagnostics.