We prove that all finite joint distributions of creation and annihilation operators in monotone and anti-monotone Fock spaces can be realised as Quantum Central Limit of certain operators in a C∗-algebra, at least when the test functions are Riemann integrable. Namely, the approximation is given by weighted sequences of creators and annihilators in discrete monotone C∗-algebras, the weights being related to the above cited test functions.
Crismale, V., Fidaleo, F., Lu Yun, G. (2017). From discrete to continuous monotone $C^*$-algebras via quantum central limit theorems. INFINITE DIMENSIONAL ANALYSIS QUANTUM PROBABILITY AND RELATED TOPICS, 20(2) [10.1142/S0219025717500138].
From discrete to continuous monotone $C^*$-algebras via quantum central limit theorems
Fidaleo Francesco;
2017-01-01
Abstract
We prove that all finite joint distributions of creation and annihilation operators in monotone and anti-monotone Fock spaces can be realised as Quantum Central Limit of certain operators in a C∗-algebra, at least when the test functions are Riemann integrable. Namely, the approximation is given by weighted sequences of creators and annihilators in discrete monotone C∗-algebras, the weights being related to the above cited test functions.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.