linkCurriculum vitae

TPI uni-jena

Dr. habil. Georg Bergner
Theoretisch-Physikalisches Institut
Friedrich-Schiller-Universität Jena
Max-Wien-Platz 1
D-07743 Jena
Tel.: +49-3641-947139
Email: georg.bergner
Room: Abb 202


Lecture: Computational Methods for Particle Physics (WS 2018/19)


First course: 14.-16.11.2018

Second course: 15.-18.1.2019


Programming course and exercises.

Preliminary outline

First part

  • Ising model simulations.
  • Ising model and related theories, low and high temperature expansions, simulation algorithms

Second part

  • Gauge principle and gauge theories in the continuum, formulation of pure gauge theory on the lattice.
  • Simulation algorithm for SU(2) pure gauge theory, implementation of SU(2) metropolis algorithm

Material (outdated: Solutions removed/in new course)

Lecture / Exercises 1

Lecture / Exercises 2

This exercise is to write a simple metropolis update code for SU(2) pure gauge theory. In order to simplify the task, several routines for handling configurations, links, matrices, and random numbers are already provided.
C++ and Fortran code as a staring point for the exercise of SU(2) pure gauge lattice simulations.
For the C++ program you have to call "make Eigen" first.

Literature / References

  • Course homepage
  • Many different examples for Ising model simulations in various programming languages are avaiable online.
  • Wipf, "Statistical Approach to Quantum Field Theory", Springer (2013)
  • The following books contain further information on simulations of pure gauge theory on the lattice:
  • Gattringer, Lang, "Quantum Chromodynamics on the Lattice", Springer (2010)
  • Montvay, M√ľnster, "Quantum Fields on a Lattice", Cambridge University Press (1994)
  • Smit, "Introduction to Quantum Field on a Lattice", Cambridge Lecture Notes in Physics (2002)
  • Rothe, "Lattice Gauge Theories An Introduction" World Scientific (2005)