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The passage from quantum system with continuous spectrum to quantum Poisson processes on the Hilbert module
Quantization of the Poisson Type Central Limit Theorem (1)
A sequence of binomial random variables, both classical and algebraic,
is modelized in terms of the creation–annihilation operators in a
natural way and each of these random variables is a sum of four terms. By
taking a proper interacting Fock structure, these random variables verify a
certain pre–given (classical, Boolean, free, monotone, anti–monotone, etc)
independence and the sum of finite independent binomial random variables
formulates the corresponding Bernoulli sequence. With the help of such a
structure, the Poisson type central limit theorem is quantized by considering
individually the contribution of those four terms to the limit. Moreover, its
off–diagonal part gives a quantization of the Laplace–de Moivre type central
limit theorem
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