Difference between revisions of "Kai Grass"
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For my PhD thesis, I started investigating the structure formation and dynamics of polyelectrolytes during [[DNA_Electrophoresis]]. This work is closely related to the separation of DNA during sequencing using varying electrophoretic techniques. My work will include theoretical approaches as well as extensive computer simulations with newly devised models. I expect this to lead to a deeper understanding of the complex mechanisms involved in this process, which might ultimately result in improved separation methods. | For my PhD thesis, I started investigating the structure formation and dynamics of polyelectrolytes during [[DNA_Electrophoresis]]. This work is closely related to the separation of DNA during sequencing using varying electrophoretic techniques. My work will include theoretical approaches as well as extensive computer simulations with newly devised models. I expect this to lead to a deeper understanding of the complex mechanisms involved in this process, which might ultimately result in improved separation methods. | ||
− | Further research topics are [[ | + | Further research topics are [[electro-hydrodynamics in confinement]] and an [[iPBS interative Poisson Boltzmann solver]]. |
I am also interested in analyzing and simulating surprising properties of various other complex systems. | I am also interested in analyzing and simulating surprising properties of various other complex systems. |
Revision as of 15:49, 21 September 2007
PhD student
Office: | 2.403 |
Phone: | +49(0)69 / 798 - 47533 |
Fax: | +49(0)69 / 798 - 47611 |
Email: | grass _at_ fias.uni-frankfurt.de |
Address: | Kai Grass Frankfurt Institute for Advanced Studies Johann-Wolfgang-Goethe-Universität Ruth-Moufang-Str. 1 60438 Frankfurt am Main Germany |
Research
For my PhD thesis, I started investigating the structure formation and dynamics of polyelectrolytes during DNA_Electrophoresis. This work is closely related to the separation of DNA during sequencing using varying electrophoretic techniques. My work will include theoretical approaches as well as extensive computer simulations with newly devised models. I expect this to lead to a deeper understanding of the complex mechanisms involved in this process, which might ultimately result in improved separation methods.
Further research topics are electro-hydrodynamics in confinement and an iPBS interative Poisson Boltzmann solver.
I am also interested in analyzing and simulating surprising properties of various other complex systems.
Additional Information
My other personal interests are karate and roleplaying games.
Publications
2006
-
Martin O. Steinhauser, Kai Grass, Klaus Thoma, Alexander Blumen.
Impact dynamics and failure of brittle solid states by means of nonequilibrium molecular dynamics simulations.
Europhysics Letters 73:62–68, 2006.
[URL]