TL;DR
This paper explores how the AdS/CFT correspondence can be used to understand heavy quark energy loss in nuclear matter at LHC, extending previous models to include both hot and cold media.
Contribution
It derives a new heavy quark drag formula in a shock metric, broadening the application of AdS/CFT to different nuclear environments.
Findings
Derived heavy quark drag in shock metric
Generalized AdS/CFT drag calculations to cold nuclear matter
Connected jet phenomenology with AdS/CFT models
Abstract
After an introduction to jet phenomenology and tests of AdS/CFT at LHC we derive the heavy quark drag of a string dangling in a shock metric of AdS space, thus generalizing the AdS/CFT drag calculations in strongly coupled thermal media to momentum loss in both hot and cold nuclear matter.
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