Events
| Mon | ||
|---|---|---|
Start: 2010-04-05 12:00
End: 2010-04-05 12:55
Biological systems exhibit intrinsic heterogeneity due to subpopulation kinetics, non-correlated temporal behavior and complex dynamics. Studying single biological events unravels the fascinating subtleness of biological phenomena, which is unattainable in ensemble averaging. This is accomplished by using novel optical microscopy and fluorescence techniques to probe individual proteins, complexes, viruses or cells in real time and with superior accuracy. I will address fundamental questions regarding biological interactions: Start: 2010-04-05 16:00
End: 2010-04-05 17:00
Mineral and compound semiconductors form the basis for most of the electronic and optoelectronic devices currently on the market. Their properties derive from the electronic band structure of highly crystalline materials. Recently, organic molecular and polymeric materials in optoelectronic applications are beginning to emerge in organic light emitting diodes (OLEDS), polymer photovoltaics and polymer electro-optic switches. | ||
