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Statut |
Confirmé |
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Série |
IPN-X |
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Domaines |
hep-ph |
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Date |
Mardi 20 Novembre 2018 |
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Heure |
11:00 |
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Institut |
CPHT |
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Salle |
Salle de conférences Louis Michel, bât. 6 |
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Nom de l'orateur |
Attems |
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Prenom de l'orateur |
Maximilian |
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Addresse email de l'orateur |
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Institution de l'orateur |
Universidade de Santiago de Compostela & Universitat de Barcelona |
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Titre |
Real-time dynamics near a critical point |
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Résumé |
Ever since the discovery of the quark-Gluon plasma (QGP) the location of the critical point in the QCD phase diagram - the end point of the first-order transition between hadron matter and QGP - has been a main research goal for heavy-ion collison experiments. We use the gauge/gravity duality to study as first a four-dimensional, strongly-coupled gauge theory with a first-order thermal phase transition. In the dual gauge theory we calculate the evolution and saturation of the spinodal instability. We uncover a new surprising example of the applicability of hydrodynamics to systems with large gradients. We discover with shockwave collisions that in theories with a first-order phase transition, a long-lived, quasi-static state may be formed. |
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Numéro de preprint arXiv |
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Commentaires |
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Fichiers attachés |
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