Temperature-independent, Ohmic conductivity in DNA? A theoretical insight.
Jewgeni Starikow
Research Center of Karlsruhe, Germany

Jan. 3, 2008, 4:30 p.m.


In my talk, the experimental data on DNA conductivity in water solutions will be presented. There is a number of ways of how to physically explain the latter results, namely, DNA free acoustic polarons or stochastic resonance between stretch of Watson-Crick base pairs and the modes of the water-counterion sheath. I would like to discuss the latter possible mechanism in detail.



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Temperature-independent, Ohmic conductivity in DNA? A theoretical insight.
Jewgeni Starikow
Research Center of Karlsruhe, Germany

Jan. 3, 2008, 4:30 p.m.


In my talk, the experimental data on DNA conductivity in water solutions will be presented. There is a number of ways of how to physically explain the latter results, namely, DNA free acoustic polarons or stochastic resonance between stretch of Watson-Crick base pairs and the modes of the water-counterion sheath. I would like to discuss the latter possible mechanism in detail.



Share