Abstract
The dynamical problem of a mesoscopic RLC circuit with a source ruled by a time-dependent Hermitian Hamiltonian is exactly solved by algebraic method. The dynamical variations of the charge and current in a mesoscopic RLC circuit with a dc or ac source are studied in detail. In particluar, we have shown that squeezed coherent states of light field can be generated in a mesoscopic RLC circuit driven by an external source, although their quantum statistical properties are not dependent of the external source.
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