Watching Sound Flicker Between Quantum States
Stanford physicists filmed single phonons jumping between energy levels in real time, exposing sound's quantum discreteness directly.
Physics, chemistry and materials.
Stanford physicists filmed single phonons jumping between energy levels in real time, exposing sound's quantum discreteness directly.
Bacteria and lung-tissue cells spin one preferred way as swarming patterns form, defying the liquid-crystal physics used to model them.
Stanford physicists filmed single phonons jumping between quantum states in real time — a first for sound, long known for light and atoms.