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Von Neumann entropy

  • A Mini-Introduction to Information Theory

    A Mini-Introduction to Information Theory

  • Chapter 6 Quantum Entropy

    Chapter 6 Quantum Entropy

  • Quantum Thermodynamics at Strong Coupling: Operator Thermodynamic Functions and Relations

    Quantum Thermodynamics at Strong Coupling: Operator Thermodynamic Functions and Relations

  • The Dynamics of a Central Spin in Quantum Heisenberg XY Model

    The Dynamics of a Central Spin in Quantum Heisenberg XY Model

  • Entanglement Entropy and Decoupling in the Universe

    Entanglement Entropy and Decoupling in the Universe

  • Lecture 6: Entropy

    Lecture 6: Entropy

  • Lectures on Entanglement Entropy in Field Theory and Holography

    Lectures on Entanglement Entropy in Field Theory and Holography

  • Quantum Information Chapter 10. Quantum Shannon Theory

    Quantum Information Chapter 10. Quantum Shannon Theory

  • Entropy in Classical and Quantum Information Theory

    Entropy in Classical and Quantum Information Theory

  • Replacing Energy by Von Neumann Entropy in Quantum Phase Transitions

    Replacing Energy by Von Neumann Entropy in Quantum Phase Transitions

  • Quantum Ergodicity

    Quantum Ergodicity

  • Information in Statistical Physics R

    Information in Statistical Physics R

  • Physics 7230: Statistical Mechanics Lecture Set 5: Density Matrix Abstract

    Physics 7230: Statistical Mechanics Lecture Set 5: Density Matrix Abstract

  • Entropy Area Law in Quantum Field Theories and Spin Systems †

    Entropy Area Law in Quantum Field Theories and Spin Systems †

  • Arxiv:0803.2947V2 [Cond-Mat.Other] 3 Jun 2008 Correlations and Entanglement After a Quench in the Bose-Hubbard Model 2

    Arxiv:0803.2947V2 [Cond-Mat.Other] 3 Jun 2008 Correlations and Entanglement After a Quench in the Bose-Hubbard Model 2

  • Quantum Entropy and Strong Subadditivity

    Quantum Entropy and Strong Subadditivity

  • A. Entanglement in Correlated Systems B. Introduction to Topological Defects

    A. Entanglement in Correlated Systems B. Introduction to Topological Defects

  • Lecture Notes Live Here

    Lecture Notes Live Here

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  • Phase Diagrams of Bosonic $ AB {N} $ Chains
  • Microcanonical and Canonical Ensembles for Fmri Brain Networks in Alzheimer’S Disease
  • Arxiv:1511.06176V3 [Quant-Ph]
  • Quantum Entropy and Its Applications to Quantum Communication and Statistical Physics
  • Entanglement Entropy in Quantum Field Theory
  • J. Goold , C. Gogolin , S. R. Clark , J. Eisert , A. Scardicchio , and A. Silva
  • Entanglement Area Law in Superfluid
  • Lectures on Quantum Fields and Information Theory
  • Entropy Inequalities: Beyond Strong Subadditivity(?)
  • Does Von Neumann Entropy Correspond to Thermodynamic Entropy?
  • INFORMATION in a QUANTUM STATE in 2007, I Proposed a Measure of Entropy That Covers Both Pure and Mixed States [11]
  • Arxiv:0906.1499V2 [Cond-Mat.Stat-Mech] 3 Dec 2009 II Ocuin Nageeta H Are for Barrier the As Entanglement Conclusion: VIII
  • Entropy of Quantum States
  • 2.5 Von Neumann Entropy
  • Entropy and Canonical Ensemble of Hybrid Quantum Classical Systems
  • An Overview of Definitions and Applications in Quantum Mechanics
  • Emergence of a Thermal Equilibrium in a Subsystem of a Pure Ground State by Quantum Entanglement
  • Entanglement Entropy and Quantum Field Theory


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