mk

Martin Kröger
Prof Dr rer nat habil

Simplicity is the ultimate sophistication
Leonardo da Vinci (1452-1519)

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Class lecture notes
ETH Polymere I (Polymer Physics, script+appendices) »»  08/20
ETH Polymere I (Polymer Physics) »»  09/17
ETH Polymere I (Polymer Physics, Appendices) »»  09/17
ETH Polymers I (Polymer Physics) »»  09/12
ETH Polymers I (Polymer Physics, Appendices) »»  09/12
ETH Multiscale Modeling and Computation (2009) Part 4/4 »»  11/09
ETH Multiscale Modeling and Computation (2009) Part 3/4 »»  11/09
ETH Multiscale Modeling and Computation (2009) Part 2/4 »»  11/09
ETH Multiscale Modeling and Computation (2009) Part 1/4 »»  11/09
ETH Multiscale Modeling and Computation (2008) »»  11/08
ETH Computational Polymer Physics (2008) »»  04/08
ETH Introduction to computational physics (2008) »»  10/08
ETH Multiscale Modeling and Computation (2007) »»
Part I: Monte Carlo methods and beyond
 12/06
ETH Multiscale Modeling and Computation (2007) »»
Part II: Cellular automata
 12/06
ETH Multiscale Modeling and Computation (2007) »»
Part III: Multiscale dynamics
 12/06
ETH Multiscale Modeling and Computation (2006) »»
Parts I-IV
 12/06
ETH Computer simulations for the physics of materials »»  01/06
ETH Models for polymeric and anisotropic fluids »»
Outline and references
 10/05
ETH Monte Carlo methods »»  10/05
ETH Stochastic differential equations »»  10/05

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