The collective motions of the ensemble of spins are
called spin waves.
Researchers have known for some time that atoms can perform a bizarre trick
called a spin wave — the quantum equivalent of a sports audience's «wave» — by varying the directions in which their magnetic fields rotate.
Not exact matches
Before now, the strongest evidence of gravitational
waves came indirectly from observations of superdense,
spinning neutron stars
called pulsars.
Einstein@Home will search for a specific pattern of periodic gravitational
waves produced by tiny
spinning objects
called neutron stars, some of which turn into pulsars that emit rapid blips of radiation.
We use a testing technique
called electron
spin resonance (ESR) that uses a combination of a magnetic field and electronmagnetic
waves to directly detect the unpaired electrons of free radicals.