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REPRESENTATIONS OF THE LEVY-MEIXNER OSCILLATOR ALGEBRA AND THE OVERCOMPLETENESS OF THE ASSOCIATED SEQUENCES OF COHERENT STATES
Conference proceeding

REPRESENTATIONS OF THE LEVY-MEIXNER OSCILLATOR ALGEBRA AND THE OVERCOMPLETENESS OF THE ASSOCIATED SEQUENCES OF COHERENT STATES

Abdessatar Barhoumi, Habib Ouerdiane and Anis Riahi
QUANTUM PROBABILITY AND INFINITE DIMENSIONAL ANALYSIS, Vol.25, p.13
QP-PQ Quantum Probability and White Noise Analysis
01/01/2010

Abstract

Mathematics Mathematics, Applied Physical Sciences Science & Technology Statistics & Probability
The main purpose of this paper is to investigate a generalized oscillator algebra, naturally associated to the Levy-Meixner polynomials and a class of nonlinear coherent vector. We derive their overcompleteness relation, in so doing, the partition of the unity in terms of the eigenstates of the sequences of coherent vectors is established. An example of complex hypercontractivity property for an Hamiltonian is developed to illustrate our theory.

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