Special seminar — Special Astro/HEP/CM interdisciplinary seminar
Cancelled Chiral electrodynamics: from the early Universe to laboratories
Prof. Oleg Ruchayskiy
Niels Bohr Institute
Abstract
In systems of relativistic particles, an electric current, parallel to
the magnetic field, can flow. This is an example of a "macroscopic
quantum phenomenon" known as "chiral magnetic effect". Its importance
can be compared to superconductivity - another type of non-dissipative
transport.
In this talk I will provide intuitive explanation of chiral magnetic
effect and review its roles in systems ranging from the early Universe
and particle physics to Dirac/Weyl semi-metals
Please, notice spacial day (Friday)
the magnetic field, can flow. This is an example of a "macroscopic
quantum phenomenon" known as "chiral magnetic effect". Its importance
can be compared to superconductivity - another type of non-dissipative
transport.
In this talk I will provide intuitive explanation of chiral magnetic
effect and review its roles in systems ranging from the early Universe
and particle physics to Dirac/Weyl semi-metals
Please, notice spacial day (Friday)