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Thermal Casimir effect: A mode goes missing
Gert-Ludwig Ingold
Institut für Physik, Universität Augsburg
Wed, Mar. 11th 2009, 11:15
SPEC Salle Itzykson, Bât.774, Orme des Merisiers
Vacuum fluctuations of the electromagnetic field can give rise to a force between mirrors, the so-called Casimir effect, which becomes important at distances of micrometers and below. The Casimir force therefore is relevant in the context of micro- and nanoelectromechanical systems and for tests of the gravitational force in the submicrometer regime. For a quantitative account of the Casimir effect, the properties of real mirrors have to be considered. We will concentrate on the role of the electrical conductivity of metallic mirrors for the thermal corrections to the Casimir force and in particular discuss the fate of the zero-frequency transverse electric mode in the transition from the Drude to the plasma model.
Contact : Fabien PORTIER


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