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.