Explains quantum computing, particle astrophysics, and deep-space gravitational waves.
A new theoretical study suggests gravitational waves could, in principle, be locked into stable, non-radiating patterns, an idea borrowed directly from photonics research on light.
Researchers at the University of Chicago have observed electrons moving unusually slowly while staying quantum coherent in a thin magnetic material, a discovery that could inform future memory chips.
A University of Toronto team has shown that photons passing through ultracold atoms can register a negative dwell time, and that the atoms themselves confirm the effect rather than it being a trick of the light pulse.
Researchers at the City College of New York have published a landmark review in Nature Materials, mapping how atomically thin magnetic semiconductors allow light and magnetism to interact in ways that were previously unachievable.