Teaching
WS 2020/21: Fundamentals of Simulation Methods
This lecture (MVComp1) is part of the specialization in Computational Physics within the physics masters degree at Heidelberg University. The objectives …
SS 2020: Machine learning for the biomolecular world
by Frauke Gräter and Rebecca Wade. !Seminar will take place as scheduled, but online through zoom! Over the last decade …
WS 2019/20: Lectures and Hands-on sessions in computational molecular biophysics
How can a bird sense magnetic fields, how does our ear detect sound waves, how does our bone feel gravitation? It …
SS 2019: Machine learning for the biomolecular world
Over the last decade machine learning revolutionized computer vision and language processing. This progress was fueled by the development of new …
WS 2018/19: Lectures and Hands-on sessions in computational molecular biophysics
How can a bird sense magnetic fields, how does our ear detect sound waves, how does our bone feel gravitation? It …
SS 2018: Machine learning for the molecular world
Over the last decade machine learning revolutionized computer vision and language processing.This progress was fueled by the development of new …
WS 2017/18: Fundamentals of Simulation Methods
This lecture (MVComp1) is part of the specialization in Computational Physics within the physics masters degree at Heidelberg University. The objectives …
SS 2017: Lectures and Hands-on sessions in computational molecular biophysics
How can a bird sense magnetic fields, how does our ear detect sound waves, how does our bone feel gravitation? It …
WS 2016/17: Fundamentals of Simulation Methods
This lecture (MVComp1) is part of the specialization in Computational Physics within the physics masters degree at Heidelberg University. The objectives …
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