Altas Energías

Reduction and enhancement of production of linearly polarized holographic photons in a strongly coupled magnetized plasma

by Dr. Daniel Avila Hernández (Instituto de Ciencias Nucleares, UNAM)

Wednesday, 16 March 2022 from to (Mexico/General)
at ICN-UNAM ( Híbrido: Salón de Seminarios de Gravitación y Altas Energías + Transmitido por Zoom )
Instituto de Ciencias Nucleares, UNAM.
Si desea asistir presencialmente notifique con antelacion a Aforo máximo de 16 personas + 1 ponente.
 The quark-gluon plasma (QGP) formed in highly energetic particle
 collisions, like those at RHIC and the LHC experiments, is a
 strongly coupled system. Not only that, it is now widely accepted
 that a very intense magnetic field is generated in non-central
 collisions. Given that photons produced escape the plasma
 essentially undisturbed, they are very appealing probes to
 obtain information about the first stages of the plasma evolution.
 The AdS/CFT correspondence has proven to be a useful tool for
 studying the non-perturbative properties of this plasma, by means
 of studying solutions of dual gravitational theories. In this
 talk I will discuss one such gravitational model, and the results
 regarding the emission of photons that we obtained. 

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