We solve the normal ordering problem for (A† A)n where A and A† are one mode deformed ([A,A†] = [N+1] – [N]) bosonic ladder operators. The solution generalizes results known for canonical bosons. It involves combinatorial polynomials in the number operator N for which the generating function and explicit expressions are found. Simple deformations provide examples of the method
We introduce a generalization of the Dobiński relation, through which we define a family of Bell-ty...
In this paper we generalize some results of Katriel [J. Opt. B: Quantum Semiclass. Opt. 4:S200--S203...
AMS Subject Classication: 81R05, 81R15, 81R30, 47N50 Abstract. For any function F(x) having a Taylor...
We solve the normal ordering problem for (A* A)^n where A* (resp. A) are one mode deformed bosonic c...
We present a combinatorial method of constructing solutions to the normal ordering of boson operator...
We provide the solution to the normal ordering problem for powers and exponentials of two classes of...
In this work we consider the problem of normal ordering of boson creation and annihilation operators...
7 pages, 15 references, 2 figures. Presented at "Progress in Supersymmetric Quantum Mechanics" (PSQM...
We solve the boson normal ordering problem for (q(a*)a + v(a*))^n with arbitrary functions q and v...
10 pages, 24 referencesWe solve the boson normal ordering problem for (q(a*)a + v(a*))^n with arbitr...
14 pages, Latex fileThe normal ordering formulae for powers of the boson number operator $\hat{n}$ a...
We consider the numbers arising in the problem of normal ordering of expressions in canonical boson ...
We discuss a general combinatorial framework for operator ordering problems by applying it to the no...
The general normal ordering problem for boson strings is a combinatorial problem. In this note we re...
The general normal ordering problem for boson strings is a combinatorial problem. In this note we re...
We introduce a generalization of the Dobiński relation, through which we define a family of Bell-ty...
In this paper we generalize some results of Katriel [J. Opt. B: Quantum Semiclass. Opt. 4:S200--S203...
AMS Subject Classication: 81R05, 81R15, 81R30, 47N50 Abstract. For any function F(x) having a Taylor...
We solve the normal ordering problem for (A* A)^n where A* (resp. A) are one mode deformed bosonic c...
We present a combinatorial method of constructing solutions to the normal ordering of boson operator...
We provide the solution to the normal ordering problem for powers and exponentials of two classes of...
In this work we consider the problem of normal ordering of boson creation and annihilation operators...
7 pages, 15 references, 2 figures. Presented at "Progress in Supersymmetric Quantum Mechanics" (PSQM...
We solve the boson normal ordering problem for (q(a*)a + v(a*))^n with arbitrary functions q and v...
10 pages, 24 referencesWe solve the boson normal ordering problem for (q(a*)a + v(a*))^n with arbitr...
14 pages, Latex fileThe normal ordering formulae for powers of the boson number operator $\hat{n}$ a...
We consider the numbers arising in the problem of normal ordering of expressions in canonical boson ...
We discuss a general combinatorial framework for operator ordering problems by applying it to the no...
The general normal ordering problem for boson strings is a combinatorial problem. In this note we re...
The general normal ordering problem for boson strings is a combinatorial problem. In this note we re...
We introduce a generalization of the Dobiński relation, through which we define a family of Bell-ty...
In this paper we generalize some results of Katriel [J. Opt. B: Quantum Semiclass. Opt. 4:S200--S203...
AMS Subject Classication: 81R05, 81R15, 81R30, 47N50 Abstract. For any function F(x) having a Taylor...