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Physics of Living Matter Part III course (PLM)
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Further detail
This course is intended to be an informal course aimed at physicists, engineers and biologists who are interested in physical concepts, approaches, and techniques relevant to biological systems. It will highlight the captivating questions arising at this interface between the inanimate and the living world and give some guidance to the answers rather than rigidly presenting solutions. Given the fast pace with which the field is advancing its boundaries, the generation of interest and fascination in this topic is paramount – not the indoctrination with preconceived ideas and facts. In this way, it sensitizes the students to the world of real research and opens their horizon to the uncharted regions, challenges, and possibilities that lie ahead of them. For further information (or any questions you may have): Jochen Guck: jg473[AT]cam.ac.uk or Alfonso Martinez Arias: ama11[AT]hermes.cam.ac.uk If you have a question about this list, please contact: Duncan Simpson; Dr. Jochen Guck; ama11; cjt59; Alexandra Considine. If you have a question about a specific talk, click on that talk to find its organiser. 0 upcoming talks and 27 talks in the archive. Multipotency and cell fate decisions: Three neglected principles towards understanding the epigenetic landscape
Do cells care about physics?
What soft matter physics can give and take from cell biology
What does a living cell know of itself?
Physics of Multicellularity
Magnificent pas de deux: spindle orientation in yeast - ACT I
Cell movements in reshaping tissues
Mapping Morphogenesis
Precision and exploration in assembling neural circuits
Heterogeneity and transcriptional noise in cell populations
Biology in five dimensions - the evolution of development
Network Biology
Stochasticity in stem and progenitor cell fate
Molecular bases and function of cellular heterogeneity in development
Transcriptional noise in gene regulatory networks
Biophysics of behaviourally defined neurocircuits
How plasmids cope with noise in the bacterial cellNote unusual time
DNA beyond the double helix
The evolution of Living Matter
The Activity of Living Matter - Networks and emergent properties
Signalling and information processing in biology.
Light and Matter - Tissues
Light and Matter - Cells.
Light and Matter - Molecules
Watching living matter. -Advanced microscopy.
Living Matter: An Introduction - A physicist's perspective
Living Matter: An Introduction - A biologist's perspective
Please see above for contact details for this list. |
Other listsIndia in the Global Age The Blackett Society Type the title of a new list hereOther talksLiver Regeneration in the Damaged Liver Leveraging the imaging power of the Beacon platform SciBar: Sleep, Dreams and Consciousness Plants of the Richtersveld Renationalisation of the Railways. A CU Railway Club Public Debate. SciBarHealth: Heart Month Inferring the Evolutionary History of Cancers: Statistical Methods and Applications Graded linearisations for linear algebraic group actions Crowding and the disruptive effect of clutter throughout the visual system Protein Folding, Evolution and Interactions Symposium ***PLEASE NOTE THIS SEMINAR IS CANCELLED*** |
Sui Huang, Institute for Biocomplexity and informatics, University of Calgary, Canada.
Thursday 02 April 2009, 16:00-17:00