Parameter estimation of a 3-level quantum system with a single population measurement

Details Parameter estimation of a 3-level quantum system with a single population measurement Parameter estimation of a 3-level quantum system with a single population measurement

2009-03-05

arxiv.org/abs/0903.1011v1

IEEE Conference on Decision and Control, pp: 3816-3820, 2009

Physics

Quantum Physics

submitted

Scientific paper

10.1109/CDC.2009.5400060

An observer-based Hamiltonian identification algorithm for quantum systems has been proposed recently by Bonnabel et al. The later paper provided a method to estimate the dipole moment matrix of a quantum system requiring the measurement of the populations on all states, which could be experimentally difficult to achieve. We propose here an extension to a 3-level quantum system, having access to the population of the ground state only. By more adapted choice of the control field, we will show that a continuous measurement of this observable, alone, is enough to identify the field coupling parameters (dipole moment).

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