Conference: Physics and Biology Systems 2020 – Ecole Polytechnique, France
Date: June 22-24, 2020
The 5th International Conference on Physics and Biological Systems will be held on Jun. 22-24 2020 at École polytechnique in Palaiseau, in the south of Paris. It aims to bring together a broad range of physical and life scientists working at the interface between the two disciplines around in-depth talks by first-rate international speakers. Attendance will be limited to 200 participants. We look forward to welcoming you in Palaiseau!
More details: http://lptms.u-psud.fr/physbio2020/
“Physics of Living Matter” Cross-disciplinary course
Master of Science in Physics – University of Luxembourg
Audience: Masters and PhD students coming from Physics, Life Sciences, Health and Environmental sciences/engineering
Lecturer: Associate Prof. SENGUPTA Anupam and GHOSHAL Arkajyoti
Cross Disciplinary course in Biological Physics targeted to Masters and PhD level students from PhyMS RU, LS RU, LCSB, RU ES, LIH, and LIST.
The cross-disciplinary field of biophysics has seen major expansion in the recent years, thanks to the advancements in physical, engineering and computational tools. Luxembourg is at the forefront of scientific activities in biological physics with its exciting landscape of experimental and theoretical research on biological questions that require a strong quantitative physical approach. The Physics and Materials Research Unit offers an introduction to this exciting interdisciplinary field, interfacing fluid mechanics, microbiology (of virus, bacteria, and algae), physical ecology, and materials physics. This course will explore how quantitative approaches in biological sciences could provide a mechanistic framework for the rich myriad of emergent phenomena observed in living systems.
1. To be able to quantify biological processes at the level of individual cells, populations, and multi-species communities, and their relation to the environments they inhabit.
2. To have an overview of the main relevant experimental and statistical tools, and respective working principles, relevance, and limitations.
3. To understand cross-interactions between cellular behavior and physiology.
4. To understand how single cell dynamics lead to emergent functional properties at the scale of population and communities.