Reference+Material

toc Here's a page to share important papers, review articles, relevant news, etc.

=Link to reference page from 2009 miniprogram Quantum Criticality and the AdS/CFT Correspondence.=

=Black Hole Entropy and intermediate-temperature states of matter= =References for J. McGreevy's talk.=

some black hole thermodynamics refs:[|Jacobsen] [|Townsend]

black hole information problem: [|Susskind and Lindesay] [|Bigatti and Susskind]

BH information problem in AdS and information restoration at finite N: [|Maldacena] [|Barbon and Rabinovici] [|Barbon and Rabinovici] [|Kleban et al] [|Festuccia and Liu] [|Iizuka and Polchinski] [|Iizuka, Okuda, Polchinski]

Holographic Fermi surfaces: [|Faulkner et al] [|Matching calculation]

Another z=\infty strange metal: [|Sachdev]

[|A viewpoint on this.]

S[|pin-incoherent Luttinger liquid]

= = =**An engineer's approach to AdS/CFT: Tutorial on computing real-time thermal Green's functions**=

//by Matthias Kaminski//
In the context of this KITP workshop on AdS/CMT, I have demonstrated how to compute real-time thermal Green's functions in a small tutorial. This page contains references which we have been using, or which I find useful. There are also two notebooks, one showing the computation for a bosonic example, the other for a fermionic one.

**DISCLAIMER:** Please note that the references are often not the original ones (not the ones who did it first) but whose presentation I like.

**//REFERENCES//**
1. The real-time response recipe and bosonic examples: a) Derivation in section II of Iqbal,Liu'09].

b) Step by step calculation of exact solution for  (charge current correlators) in hydrodynamic limit in section 3.1.2 of Kaminski'08]

c) Example of the  (energy-momentum tensor correlators) in section 6.1 of Policastro,Son,Starinets'02].

d) Summary of numerical methods (including the one we used) in section 3.1.3 of Kaminski'08].

2. Recipe for fermions and examples: a) Derivation in section III of Iqbal,Liu'09].

b) Dirac equation in the conventions that are used in the notebook is given in (41) and (42) of Benini et al'10].

c) General properties of fermionic Green's functions, and sum rules (plus description of the recipe for fermions) in section 5 of Gulotta,Herzog,Kaminski'10].

d) Very detailed discussion of the example of fermions in AdS4 in section 2.1 of Ammon et al'10].

e) Two of the original references Liu,McGreevy,Vegh'09],  Faulkner et al'09].

3. Additional material a) Discussion of various boundary conditions for bulk fields (this allows also dynamical gauge fields on the boundary) in Marolf,Ross'06].

b) Recent lecture notes by Nabil Iqbal, Hong Liu and Mark Mezei on Holographic (Non-) Fermi liquids Iqbal,Liu,Mezei'11].

//**NOTEBOOKS**//
(i) Bosonic example (ii) Fermionic example