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| Max Planck Research Group Roke |
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Max Planck Research Group Roke
Nonlinear Spectroscopy of Bio-Interfaces (MPG)
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Nonlinear light scattering |
How do molecular interfacial properties translate into chemical and physical properties?
A large portion of natural matter exists on a micro- and nanoscopic scale. Living cells, organelles, colloidal systems, emulsions, micelles, nanoparticles and many other systems are composed of (sub)micron sized parts. For such systems, the relative interfacial area - and consequently the importance of interface atoms and molecules - increases. Nonlinear light scattering is a promising method to investigate interface properties of micro- and nanoscopic matter.
Max Planck Research Group Leader: Dr. Sylvie Roke
| Heisenbergstr. 3 |
Phone: + 49 711 689-3679 |
| 70569 Stuttgart |
Fax: + 49 711 689-3612 |
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powerful pulsed laser |
We probe interface molecules using nonlinear optical methods. These methods require powerful pulsed laser sources.
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fire ball |
When focused, such a short burst of photons breaks down the atoms and molecules in air, which results in a colorful image.
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