Sommaire
cours / présentation
USING GENERAL RELATIVITY TO STUDY CONDENSED MATTER
It has recently been shown that in addition to
describing black holes, gravitational waves, and other gravitational
phenomena, general relativity can also describe aspects of
nongravitational physics including condensed matter. This is a result of
a remarkable gauge/gravity duality that has emer...
Date de création :
22.03.2013Auteur(s) :
Gary HOROWITZAccéder à la ressource :
Présentation
Informations pratiques
Langue du document : Anglais
Type : cours / présentation
Niveau : doctorat
Durée d'exécution : 53 minutes 57 secondes
Contenu : vidéo
Document : video/mp4
Poids : 220.59 Mo
Droits d'auteur : libre de droits, gratuit
Droits réservés à l'éditeur et aux auteurs.
Droits réservés à l'éditeur et aux auteurs.
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Résumé
It has recently been shown that in addition to describing black holes, gravitational waves, and other gravitational phenomena, general relativity can also describe aspects of nongravitational physics including condensed matter. This is a result of a remarkable gauge/gravity duality that has emerged from string theory. I will explain this surprising development and illustrate it by showing how general relativity can reproduce aspects of superconductivity. It can even reproduce novel aspects of the mysterious high temperature superconductors.
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Domaine(s)
- 070
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Intervenants
Fournisseur(s) de contenus : Jean MOUETTE
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