International audienceThe Bose distribution for a gas of nonrelativistic free bosons is derived in the framework of $qp$-deformed second quantization. Some thermodynamical functions for such a system in D dimensions are derived. Bose-Einstein condensation is discussed in terms of the parameters q and p as well as a parameter $\nu_0'$ which characterizes the representation space of the oscillator algebra
We discuss the energy-density distribution for a gas of q-bosons with complex deformation parameter ...
The Gross-Pitaevskii equation, which is the governor equation of Bose-Einstein condensates, is solve...
Quartic potentials play air important role in a broad range of fields in the Bose-Einstein Condensat...
12 pages, revised Tex File (some fonts were changed)This paper is concerned with statistical propert...
SIGLEAvailable at INIST (FR), Document Supply Service, under shelf-number : RP 14217 / INIST-CNRS - ...
The thermodynamic properties of a q-generalized ideal boson system with the general energy spectrum ...
In the setting of the principle of local equilibrium which asserts that the temperature is a functio...
We develop spectral theory for the generator of the q-Boson (stochastic) particle system. Our centra...
In the recently proposed two-parameter μ˜,q-deformed Bose gas model (Gavrilik and Mishchenko, 2013) ...
We investigate the exact solution of the q-deformed one-dimensional Bose gas to derive all integrals...
We investigate the exact solution of the q-deformed one-dimensional Bose gas to derive all integrals...
The time-dependent correlation functions of the q-deformed Bose gas are studied. We find the relatio...
AbstractIn the recently proposed two-parameter μ˜,q-deformed Bose gas model (Gavrilik and Mishchenko...
We consider diverse deformed Bose gas models (DBGMs) focusing on distributions and correlations of a...
We show that Frenkel excitons can constitute a q-deformed boson gas in the high-density limit. Withi...
We discuss the energy-density distribution for a gas of q-bosons with complex deformation parameter ...
The Gross-Pitaevskii equation, which is the governor equation of Bose-Einstein condensates, is solve...
Quartic potentials play air important role in a broad range of fields in the Bose-Einstein Condensat...
12 pages, revised Tex File (some fonts were changed)This paper is concerned with statistical propert...
SIGLEAvailable at INIST (FR), Document Supply Service, under shelf-number : RP 14217 / INIST-CNRS - ...
The thermodynamic properties of a q-generalized ideal boson system with the general energy spectrum ...
In the setting of the principle of local equilibrium which asserts that the temperature is a functio...
We develop spectral theory for the generator of the q-Boson (stochastic) particle system. Our centra...
In the recently proposed two-parameter μ˜,q-deformed Bose gas model (Gavrilik and Mishchenko, 2013) ...
We investigate the exact solution of the q-deformed one-dimensional Bose gas to derive all integrals...
We investigate the exact solution of the q-deformed one-dimensional Bose gas to derive all integrals...
The time-dependent correlation functions of the q-deformed Bose gas are studied. We find the relatio...
AbstractIn the recently proposed two-parameter μ˜,q-deformed Bose gas model (Gavrilik and Mishchenko...
We consider diverse deformed Bose gas models (DBGMs) focusing on distributions and correlations of a...
We show that Frenkel excitons can constitute a q-deformed boson gas in the high-density limit. Withi...
We discuss the energy-density distribution for a gas of q-bosons with complex deformation parameter ...
The Gross-Pitaevskii equation, which is the governor equation of Bose-Einstein condensates, is solve...
Quartic potentials play air important role in a broad range of fields in the Bose-Einstein Condensat...