Quantum-mechanical waves can be seen with the naked eye due to the constancy of their phases.
Quantum-mechanical waves can be seen with the naked eye due to the constancy of their phases. One theory, named after London, treats certain isotopes as ideal ones, and one of them was made from sodium-23 by Wolfgang Ketterle. However, the first was created by Cornell and Wieman at JILA in Colorado, who supercooled two thousand rubidium atoms and caused them to act as a single "superatom." For 10 points, name these collections of particles cooled below a critical temperature, a so-called fifth state of matter, predicted by an Indian and a German physicist for whom they are named.
Quantum-mechanical waves can be seen with the naked eye due to the constancy of their phases.
{Bose-Einstein} condensates