Fakultät für Physik
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T6: Advanced Computational Physics – Overview

Lecturer

News

  • Lecture on June 27 and lecture/exercise class on June 29 take place. more
  • 11.05.2017:  Exercises start on May 11, 2017 more
  • 27.06.2017:  No lectures on June 27 and 29, 2017 more

All News

About the lecture

Time and place

Lecture: Tuesday 4 - 6 pm c.t. , room A448, May 02, 2017.
Lecture: Thursday 2 - 3 pm c.t., room A348, April 27, 2017.
Exercise: Thursday 3 - 4 pm c.t., room A348, May 04, 2017.

Intent

It is the intent of the course to give an introduction into an effective numerical solution of classical and quantum electrodynamics. After the derivation of the theoretical framework the numerical methodologies are introduced. 

Content

  • IDE, GIT
  • Introduction to C
  • Theoretical framework
  • Maxwell solvers
  • The PIC method
  • Molecular dynamics
  • Adaptive particle refinement
  • Adaptive mesh refinement

Lecture and exercise dates

  • 27.04.2017
  • 02.05.2017
  • 04.05.2017
  • 09.05.2017
  • 11.05.2017
  • 16.05.2017
  • 18.05.2017
  • 23.05.2017
  • 30.05.2017
  • 01.06.2017
  • 06.06.2017
  • 08.06.2017
  • 13.06.2017
  • 15.06.2017
  • 20.06.2017
  • 22.06.2017
  • 04.07.2017
  • 06.07.2017
  • 11.07.2017
  • 13.07.2017
  • 18.07.2017
  • 20.07.2017
  • 25.07.2017
  • 27.07.2017

Literature

  • Yu. N. Grigoryev, V. A. Vshivkov, M. P. Fedoruk, Numerical Particle-In-Cell Methods, ISBN 90-6764-368-8
  • J.M. Thijssen, Computational Physics, ISBN-10 0-521-57588-5
  • Numerical Recipes in C++, ISBN-10 0-521-75033-4
  • S. Oualline, Practical C, ISBN 1-56592-306-5
  • L. D. Landau and E. M. Lifshitz, Physikalische Kinetik, ISBN 3-05-50063-3
  • C. Cercignani, Mathematical Methods in Kinetic Theory, Plenum
  • M. Bonitz, Quantum Kinetic Theory
  • S. R. de Groot, W. A. van Leeuwen, Ch. G. van Weert: Relativistic Kinetic Theory