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String Theory and Holographic Duality (MIT)

Physics Video Course By Hong Liu (MIT)
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Students Enrolled: 1 Total Lecturs: 24
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What will I learn from this course?

  • Best Knowledge with best score

Requirements

  • Physics Basics

Who is the target audience?

  • People Who are interested to learn String Theory and Holographic Duality

Course Curriculum

Total: 24 lectures

  • 1h 31m 11s

    Lec 1:Emergence of Gravity

  • 1h 18m 22s

    Lec 2:Classical Black Hole Geometry

  • 1h 22m 4s

    Lec 3:Causal Structure of a Black Hole and Black Hole Temperature

  • 1h 28m 44s

    Lec 4:Physical Interpretation of Black Hole Temperature

  • 1h 19m 45s

    Lec 5:Black Hole Thermodynamics

  • 1h 26m 5s

    Lec 6:Holographic Principle

  • 1h 23m 9s

    Lec 7:Structure of Large N Expansion

  • 1h 29m 45s

    Lec 8:Large N Expansion as a String Theory, Part I

  • 1h 53m 10s

    Lec 9:Large N Expansion as a String Theory, Part II

  • 1h 42m 25s

    Lec 10: Basics of String Theory and Light-cone Gauge

  • 1h 22m 18s

    Lec 11:String Theory in the Light-cone Gauge

  • 1h 44m 57s

    Lec 12:String Spectrum and Graviton

  • 1h 23m 58s

    Lec 13:Physics of D-branes, Part I

  • 1h 52m 27s

    Lec 14:Physics of D-branes, Part II

  • 1h 24m 10s

    Lec 15:Physics of D-branes, Part III

  • 1h 49m 3s

    Lec 16:Geometry of D-branes and AdS / CFT Conjecture

  • 1h 48m 7s

    Lec 17:More on AdS / CFT Duality

  • 1h 24m 58s

    Lec 18:General Aspects of the Duality

  • 1h 52m 6s

    Lec 19:Mass-dimension Relation

  • 1h 22m 43s

    Lec 20:Euclidean Correlation Functions: Two-point Functions

  • 1h 20m 30s

    Lec 21: Euclidean Correlation Functions: Higher-point Functions

  • 1h 50m 49s

    Lec 22:Computation of the Wilson Loop

  • 1h 25m 55s

    Lec 23:Duality at a Finite Temperature and Finite Chemical Potential

  • 1h 56m 32s

    Lec 24::Holographic Entanglement Entropy

Description

This string theory course focuses on holographic duality (also known as gauge / gravity duality or AdS / CFT) as a novel method of approaching and connecting a range of diverse subjects, including quantum gravity / black holes, QCD at extreme conditions, exotic condensed matter systems, and quantum information.

About Tutor

  • Tutor: Hong Liu (MIT)
  • Tests Packages: 0
  • Students: 1
4.4

HONG LIU Professor of Physics in MIT
Hong Liu has long been interested in issues in quantum gravity, such as the quantum nature of black holes and the Big Bang singularity, using the framework of string theory. During the last decade, his interests also branched into understanding dynamics of exotic quantum matter, 
including the quark-gluon plasma and strongly correlated electron systems. 
Hong Liu received his B.S. in 1993 from the University of Science and Technology of China and his Ph.D. in 1997 from Case Western Reserve University. 
He was a postdoctoral fellow at Imperial College and New High Energy Theory Center of Rutgers University, before joining the faculty at MIT in 2003. 
He was an Alfred Sloan Fellow, an Outstanding Junior Investigator of the Department of Energy, and a Simons Fellow.

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