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Physics 230 A: Elementary Particle Theory

Course Information for Fall 2017

Lectures:

  • Time: Monday & Wednesday, 10:30 - 11:55
  • Location: 469 Lauritsen

Office Hours:

  • Time: to be determined
  • Location: 452 Lauritsen

We will learn methods in quantum field theory which I hope are useful for theorists in high energy physics, condensed matter physics, quantum information, astrophysics, and cosmology. It is assumed that students have taken an introductory course on quantum field theory (such as Ph 205 at Caltech), which includes Feynman diagrams and renormalization in quantum electrodynamics (QED).

We plan to cover a certain subset of:

  • Quantization of the Yang-Mills theory
  • Spontaneously broken global and gauge symmetries
  • Solitons and instantons
  • Renormalization, renormalization group flow, and effective field theory
  • Conformal field theory

Textbook:

  The quantum field theory, volume 2: modern applications by Steven Weinberg

References:

  • Quantum field theory in general

           Quantum field theory in a nutshell by Anthony Zee

           Aspects of symmetry by Sidney Coleman

           Harvard lectures on QFT by Xi Yin

  • Solitons and instantons

            TASI lectures on solitons by David Tong

            Les Houches lectures on vortices and monopole by John Preskill

  • Renormalization, renormalization group flow, and effective field theory

           Renormalization and effective lagrangian by Joseph Polchinski

           Effective field theory and the Fermi surface by Joseph Polchinski

           Lectures on effective field theory by David B. Kaplan

           Effective field theory by Howard Georgi

           Lectures on renormalization group flow by Zohar Komargodski

           ICTP lectures on conformal field theory by Zohar Komargodski