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PHYS-EV0001 - Quantum field theory in condensed matter physics, Lecture, 9.1.2023-6.4.2023

This course space end date is set to 06.04.2023 Search Courses: PHYS-EV0001

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Syllabus
 

Week 10: Gauge invariance

  • Week 10: Gauge invariance

    Week 10: Gauge invariance

    • Restricted Not available unless: You belong to any group
      Schwintenberg, Physics from Symmetry. File
      PDF-dokument

      Schwintenberg, Physics from Symmetry. Pages 91-113.

    • Restricted Not available unless: You belong to any group
      Anti-photon, paper to read for Thursday. File
      PDF-dokument
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      FileWeek 10 lecture jupyter notebook File
      application/x-ipynb+json

      Updated 20.3.2023: added some more notes.

      Updated 21.3.2023: added Monday's solutions and videos.

      Updated 22.3.2023: added stuff to Wednesday's and Thursday's lectures.

      Updated 28.3.2023: added Wednesday's and Thursday's solutions and videos.

    • icon for activity
      AssignmentWeek 10 Prelecture assignment
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      QuizWeek 10, Monday quiz
    • icon for activity
      QuizWeek 10, Wedneday quiz
    • icon for activity
      QuizWeek 10, Thursday quiz
    • Restricted Not available unless: You belong to any group
      Fermi, Quantum theory of radiation File
      PDF-dokument
    • Restricted Not available unless: You belong to any group
      Glauber's Nobel lecture File
      PDF-dokument
    • Restricted Not available unless: You belong to any group
      Dirac, Principles of quantum mechanics File
      PDF-dokument

      Excerpt from Dirac's book. Pages 1, 11-24.

    • Restricted Not available unless: You belong to any group
      Friar and Fallieros, Diamagnetism, gauge transformations and sum rules. File
      PDF-dokument

      J. L. Friar and S. Fallieros, Diamagnetism, gauge transformations, and sum rules, American Journal of Physics 49, 847 (1981).

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◄Week 9: Collective modes and random phase approximation

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Week 11: Spontaneous symmetry breaking and Higgs physics►
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  • PHYS-EV0001 - Quantum field theory in condensed matter physics, Lecture, 9.1.2023-6.4.2023
  • Sections
  • Quantum Field Theory in Condensed Matter Physics
  • What do I need for the course? (And other basic info.)
  • Week 1: Relativistic quantum mechanics
  • Week 2: Dirac equation applied
  • Week 3: Green's functions and linear response theory
  • Week 4: Scattering basics
  • Week 5: Rayleigh and Thomson scattering
  • Week 6: Many-body Green's functions and other topics
  • Week 7: Dyson equation and self-energy
  • Week 8: Vacuum
  • Week 9: Collective modes and random phase approximation
  • Week 10: Gauge invariance
  • Week 11: Spontaneous symmetry breaking and Higgs physics
  • Week 12: Summary
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