Speaker
Dr
Jiri Hosek
(Department of Theoretical Physics, NPI Rez)
Description
Meissner effect for the chromoelectric field is the property of the non-perturbative QCD vacuum postulated to describe color confinement. We follow London's macroscopic theory of the Meissner effect for the magnetic field in superconductors and obtain the dual Meissner effect by fixing the phenomenological color gluon current assumed relevant at strong coupling. Its non-Abelian piece is simply related with the chromomagnetic current of the QCD Bianchi identity. It is tempting to associate the expected macroscopic dual color superconductivity with the observed almost perfect fluidity in droplets of the strongly interacting quark-gluon plasma.
Primary author
Dr
Jiri Hosek
(Department of Theoretical Physics, NPI Rez)
