Thomas Vojta - Teaching Activities

Thomas Vojta home
Research
Teaching
Pegasus Cluster


Physics Department

Talks on Teaching Computational Physics

An interactive approach to teaching Computational Physics (Cottrell Scholar Conference, Research Corporation, Tucson, 2006)

A laboratory style course in Computational Condendensed Matter Physics (2000 summer school on Teaching Computational Physics, Trest, Czech Republic) (Postscript)


Teaching at Missouri University of Science and Technology (2002 - present)

Spring 2107: Physics 2135 - Engineering Physics II

Fall 2016: Physics 2135 - Engineering Physics II

Spring 2016: Physics 6311 - Statistical Mechanics

Fall 2015: Physics 2135 - Engineering Physics II

Spring 2015: Physics 5403 - Computational Physics

Fall 2014: Physics 5413 - Chaos, Fractals, and Nonlinear Dynamics

Spring 2014: Physics 24 - Engineering Physics II

Fall 2013: Physics 24 - Engineering Physics II

Spring 2013: Physics 413 - Statistical Mechanics

Fall 2012: Physics 351/451 - Computational Physics

Spring 2012: Physics 24 - Engineering Physics II

Fall 2011: Physics 355 - Chaos, Fractals, and Nonlinear Dynamics

Spring 2011: Physics 481 - Condensed Matter Physics

Fall 2010: Physics 24 - Engineering Physics II

Spring 2010: Physics 413 - Statistical Mechanics

Spring 2010: Physics 483 - Special Topics in Condensed Matter

Fall 2008: Physics 24 - Engineering Physics II

Spring 2008: Physics 481 - Solid State Physics

Spring 2008: Physics 355 - Chaos, Fractals, and Nonlinear Dynamics

Fall 2007: Physics 351 - Computational Physics

Spring 2007: Physics 413 - Statistical Mechanics

Fall 2006: Physics 481 - Solid State Physics

Spring 2006: Physics 351 - Computational Physics

Spring 2006: Physics 301 - Chaos, Fractals, and Nonlinear Dynamics

Fall 2005: Physics 413 - Statistical Mechanics

Fall 2004: Physics 301 - Computational Physics

Fall 2004: Physics 24 - Engineering Physics II

Spring 2004: Physics 301 - Chaos, Fractals, and Nonlinear Dynamics

Fall 2003: Physics 413 - Statistical Mechanics

Spring 2003: Physics 301 - Computational Physics

Fall 2002: Physics 467 - Quantum Statistical Mechanics

Spring 2002: Physics 413 - Statistical Mechanics

 


Teaching at Chemnitz University of Technology 1993 - 2001

2000: Novel methods and materials in condensed matter

1999, 1998, 1994: Quantum mechanics

1998: Solid state theory

1996: Introduction to phase transitions and critical phenomena

Labs on computer simulation in physics

2000, 1999, 1997: Hopping conductivity in disordered semiconductors

1997, 1996: Damage spreading in the Coulomb glass

1994, 1993: Monte-Carlo simulation of the Ising model