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Waves

Recommended Text Book

  • Georgi, The Physics of Waves (free pdf download here)
  • King, Vibrations and Waves (Online at Caltech Library)
  • Crawford, Waves (Out of print; free pdf download here)
  • French, Vibrations and Waves (Online at Caltech Library)
  • The Feynman Lectures, chaps 21-36, 47-51 (can be viewed here)

Syllabus

We will learn about the classical theory of harmonic oscillation and waves, including resonance, normal modes, reflection, interference, diffraction, modulation, polarization, etc.

  • Introduction, logistics, outline
  • Simple harmonic oscillation: one degree of freedom
  • Forced oscillation and resonance
  • Normal modes: simple harmonic oscillation of more than one degrees of freedom
  • Waves: free and forced oscillation in an infinite system
  • Traveling waves, standing waves
  • Reflection and transmission
  • Modulations, pulses, and wave packets
  • Waves in two and three dimensions
  • Polarization
  • Interference and Diffraction

Lecture Notes

  • Lecture note 10/01/19.
  • Lecture note 10/03/19.
  • Lecture note 10/08/19.
  • Lecture note 10/11/19.
  • Lecture note 10/15/19.
  • Lecture note 10/17/19.
  • Lecture note 10/22/19.
  • Lecture note 10/24/19.
  • Lecture note 10/29/19.
  • Lecture note 10/31/19.
  • Lecture note 11/06/19.
  • Lecture note 11/07/19.
  • Lecture note 11/12/19.
  • Lecture note 11/14/19.
  • Lecture note 11/19/19.
  • Lecture note 11/21/19.
  • Lecture note 11/26/19.
  • Lecture note 12/03/19.
  • Lecture note 12/05/19.

Homework

  • Homework comment by Jin Ming Koh.
  • Homework 10/11/19.
  • Homework 10/17/19.
  • Homework 10/24/19.
  • Homework 10/31/19.
  • Homework 11/07/19.
  • Homework 11/14/19.
  • Homework 11/21/19.
  • Homework 12/05/19.