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Formalism for analysis of multi-element optical resonators

Baida Lü, Wenyu Chen

Published Dec 1, 1988• 0 citations
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In this paper we investigate the quantum jump in a multi-level atom and construct a formal solution to the optical Block equation describing the interaction system of the multi-level atom with incident resonant laser. It is proved that pure state analysis theory is no longer applicable to a multi-level atom system, so a mixed one is developed, concluding that the resetting density of a multi-level atom should be described by mixed state analysis theory. We also discuss the continuous quantum measurement along with quantum jumping in a multi-level atom.
Abstract In this paper we investigate the quantum jump in a multi level atom and construct a formal solution to the optical Block equation describing the interaction system of the multi level atom with incident resonant laser.It is proved that pure state analysis theory is no longer applicable to a multi level atom system,so a mixed one is developed,concluding that the resetting density of a multi level atom should be described by mixed state analysis theory.We also discuss the continuous quantum measurement along with quantum jumping in a multi level atom.