Mathematical Physics

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About Course

A comprehensive lecture series covering advanced mathematical techniques used to solve physical problems, with a focus on asymptotics, perturbation theory, and complex analysis in physics.

What Will You Learn?

  • Develop a deep understanding of perturbative and non-perturbative methods to analyze differential equations and divergent series in theoretical physics.

Course Content

Mathematical Physics by Carl Bender
A masterclass in analytical methods for physics, exploring perturbation theory, asymptotic expansions, and the summation of divergent series.

  • Mathematical Physics 01 – Carl Bender
    01:19:23
  • Mathematical Physics 02 – Carl Bender
    01:23:50
  • Mathematical Physics 03 – Carl Bender
    01:26:49
  • Mathematical Physics 04 – Carl Bender
    01:24:47
  • Mathematical Physics 05 – Carl Bender
    01:23:38
  • Mathematical Physics 06 – Carl Bender
    01:25:57
  • Mathematical Physics 07 – Carl Bender
    01:15:55
  • Mathematical Physics 08 – Carl Bender
    01:23:59
  • Mathematical Physics 09 – Carl Bender
    01:30:51
  • Mathematical Physics 10 – Carl Bender
    01:22:42
  • Mathematical Physics 11 – Carl Bender
    01:30:42
  • Mathematical Physics 12 – Carl Bender
    01:25:54
  • Mathematical Physics 13 – Carl Bender
    01:26:09
  • Mathematical Physics 14 – Carl Bender
    01:30:14
  • Mathematical Physics 15 – Carl Bender
    01:31:29

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