Quantum mechanics: Superfluidity

by Peter Avery

Superfluidity is the trademark property of a liquid with zero thickness, which hence streams without loss of motor vitality. Whenever blended, a superfluid shapes cell vortices that keeps on rotating inconclusively. Superfluidity happens in two isotopes of (helium-3 and helium-4) when they are liquified by cooling to cryogenic temperatures. It is likewise a property of different other colorful conditions of issue conjectured to exist in astronomy, high-vitality material science, and speculations of quantum gravity.

863 pages, Kindle Edition

Published October 25, 2017

About the author

Peter Avery currently teaches linguistics at the University of Toronto. He is involved in teacher training throughout the TESL Certificate programme at George Brown College, Toronto, Canada. His research interests include theoretical phonology and second language acquisition.