<--- Back to Details
First PageDocument Content
Phase transitions / Condensed matter physics / Cosmic inflation / Topological defect / Tom W. B. Kibble / Big Bang / Laser / Spontaneous symmetry breaking / Cosmic string / Physics / Large-scale structure of the cosmos / Quantum phases
Date: 2015-02-10 03:14:14
Phase transitions
Condensed matter physics
Cosmic inflation
Topological defect
Tom W. B. Kibble
Big Bang
Laser
Spontaneous symmetry breaking
Cosmic string
Physics
Large-scale structure of the cosmos
Quantum phases

Cosmology in the lab using laser-cooled ions

Add to Reading List

Source URL: phys.org

Download Document from Source Website

File Size: 42,88 KB

Share Document on Facebook

Similar Documents

Electroweak theory / Fellows of the Royal Society / Quantum field theory / François Englert / Robert Brout / Peter Higgs / Higgs boson / Gerald Guralnik / Tom W. B. Kibble / Physics / Particle physics / Standard Model

Prediction of the scalar boson by Robert Brout, François Englert, and Peter Higgs There is great excitation at CERN about the announcement of a possible discovery, or at least a great step forward, in the particle physi

DocID: 15c9e - View Document

Phase transitions / Condensed matter physics / Chemical engineering / Heating /  ventilating /  and air conditioning / Atmospheric thermodynamics / Freezing / Flash freezing / Tom W. B. Kibble / Melting point / Physics / Chemistry / Matter

Superradiant matter: A new paradigm to explore dynamic phase transitions

DocID: 10Uit - View Document

Phase transitions / Condensed matter physics / Cosmic inflation / Topological defect / Tom W. B. Kibble / Big Bang / Laser / Spontaneous symmetry breaking / Cosmic string / Physics / Large-scale structure of the cosmos / Quantum phases

Cosmology in the lab using laser-cooled ions

DocID: NK1l - View Document