Whatever happened to AdS/CFT and the Quark Gluon Plasma?

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SUMMARY

The AdS/CFT correspondence has been recognized for its potential in describing the quark-gluon plasma, particularly following RHIC measurements that revealed unexpectedly low viscosity in heavy ion collisions. This finding necessitated a reevaluation of existing models, as the small viscosity aligns with predictions from the gauge-theory dual of AdS/CFT, despite Quantum Chromodynamics (QCD) lacking conformal and supersymmetric properties. This development underscores the relevance of string theory in enhancing our understanding of physical phenomena, countering previous criticisms of its applicability.

PREREQUISITES
  • Understanding of AdS/CFT correspondence
  • Familiarity with Quantum Chromodynamics (QCD)
  • Knowledge of heavy ion collision experiments, specifically RHIC
  • Basic principles of string theory
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  • Explore the implications of low viscosity in quark-gluon plasma research
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  • Learn about the latest advancements in string theory applications
  • Review the comments and insights from Andreas Karch and Thomas Schaefer on the topic
USEFUL FOR

The discussion is beneficial for theoretical physicists, researchers in high-energy physics, and anyone interested in the intersection of string theory and quantum field theory, particularly in the context of quark-gluon plasma studies.

John86
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Nice posting by Bee Hossenfelder on her Blog !..

http://backreaction.blogspot.nl/2013/09/whatever-happened-to-adscft-and-quark.html

A decade ago, the AdS/CFT correspondence was celebrated as a possible description of the quark gluon plasma. RHIC measurements of heavy ion collisions at that time showed a surprisingly small viscosity that lead to a revision of the previous models. Excitingly, a small viscosity appears naturally in the gauge-theory dual of the AdS/CFT correspondence, nevermind that QCD is neither conformal nor supersymmetric. This development was all the more welcome as it served to demonstrate that string theory is not useless, as critics claimed, but that it can provide insights which improve our understanding of physical processes in the real world.
 
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