Found 4 result(s)

03.12.2014 (Wednesday)

Quantum entanglement of localized excited states at finite temperature

Regular Seminar Joan Simon (University of Edinburgh)

at:
13:15 KCL
room G.01
abstract:

Motivated by either condensed matter or quantum gravity holographic considerations, I will discuss some preliminary work on how to compute the time evolution in Renyi entropies in 2d CFTs in the large c limit for thermal states perturbed by localized primary operators. Time permitting, I will comment on the potential relation between this work and previous holographic calculations in the context of the EPR=ER conjecture.

15.10.2013 (Tuesday)

TBA

Regular Seminar Joan Simon (Edinburgh)

at:
16:00 City U.
room CG05
abstract:

01.04.2010 (Thursday)

Extremal black holes: a status report

Regular Seminar Joan Simon (Edinburgh)

at:
14:00 QMW
room 602
abstract:

I will review some recent attempts at providing a microscopic description for extremal black holes. First, I will explain a constituent model for extremal non-rotating non-BPS asymptoticaly flat black holes. Second, I will summarise the main claims in the so called extremal BH/CFT correspondence, pointing out how a chiral CFT can emerge as a limit of a non-chiral CFT. Finally, I will use R-charge AdS black holes to derive the existence of emergent IR CFTs, similar to the ones that have been argued to capture some interesting quantum criticality phenomena in some strongly coupled condensed matter systems.

24.03.2010 (Wednesday)

Extremal black holes: a status report

Regular Seminar Joan Simon (Edinburgh)

at:
14:00 IC
room H503
abstract:

I will review some recent attempts at providing a microscopic description for extremal black holes. First, I will explain a constituent model for extremal non-rotating non-BPS asymptoticaly flat black holes. Second, I will summarise the main claims in the so called extremal BH/CFT correspondence, pointing out how a chiral CFT can emerge as a limit of a non-chiral CFT. Finally, I will use R-charge AdS black holes to derive the existence of emergent IR CFTs, similar to the ones that have been argued to capture some interesting quantum criticality phenomena in some strongly coupled condensed matter systems.