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Contribution List

Displaying 38 contributions out of 38
Session: (Non)Geometric aspects of black holes and their microstates - Lecture I
Session: (Non)Geometric aspects of black holes and their microstates - Lecture II
Session: (Non)Geometric aspects of black holes and their microstates - Lecture III
Session: (Non)Geometric aspects of black holes and their microstates - Lecture IV
Session: 2d CFT from 4d N=2 gauge theory - Lecture I
Session: 2d CFT from 4d N=2 gauge theory - Lecture II
Session: 2d CFT from 4d N=2 gauge theory - Lecture III
Session: 2d CFT from 4d N=2 gauge theory - Lecture IV
Session: Discussion Session
Session: Discussion Session
Session: Discussion Session
Session: Discussion Session
Session: Models of electroweak symmetry breaking and the TeV scale - Lecture I
Session: Models of electroweak symmetry breaking and the TeV scale - Lecture II
Session: Models of electroweak symmetry breaking and the TeV scale - Lecture III
Session: Models of electroweak symmetry breaking and the TeV scale - Lecture IV
Session: Opening Remarks by F. Quevedo (ICTP Director) & S. Randjbar-Daemi (ICTP Assistant Director)
Session: Presentations by Participants
Session: Presentations by Participants
Session: Puzzles and Problems for Gravity and Glue - Lecture I
Session: Puzzles and Problems for Gravity and Glue - Lecture II
Session: Puzzles and Problems for Gravity and Glue - Lecture III
Session: Puzzles and Problems for Gravity and Glue - Lecture IV
Session: String Phenomenology and Model Building - Lecture I
Session: String Phenomenology and Model Building - Lecture II
Session: String Phenomenology and Model Building - Lecture III
Session: String Phenomenology and Model Building - Lecture IV
Session: Superstring multiloop amplitudes and non-renormalization theorems - Lecture I
Session: Superstring multiloop amplitudes and non-renormalization theorems - Lecture II
Session: Superstring multiloop amplitudes and non-renormalization theorems - Lecture III
Session: Superstring multiloop amplitudes and non-renormalization theorems - Lecture IV
Session: The Entropic Origin of Gravity
Session: Towards holographic duality for condensed matter - Lecture I
Session: Towards holographic duality for condensed matter - Lecture III
Session: Towards holographic duality for condensed matter - Lecture V
Session: Towards holographic duality for condensed matter - Lecture VI
Session: Towards holographic duality for condensed matter - Lecture II
Session: Towards holographic duality for condensed matter - Lecture IV

Organizers

J. de Boer (University of Amsterdam), E. Gava (INFN), S. Kachru (Kavli Institute for Theoretical Physics), K.S. Narain (ICTP), S. Randjbar-Daemi (ICTP)