The Quantum Stochastic Limit of a quantum mechanical particle coupled to a quantum field without the neglect of the response details of the interaction (i.e. not making the dipole approximation) is made following the treatment of Accardi and Lu [6] and the corresponding Quantum Stochastic Structure is derived. The stochastic sector for the noise is constructed and is shown to be of a qualitatively new type. We also include a physical discussion on the limit noise which obeys Interacting-Free statistics and include a new shorter proof of the noise convergence and also a new construction of Interacting-Free Fock Space
In the present paper, the basic ideas of the {\it stochastic limit of quantum theory} are applied ...
The stochastic limit of a free particle coupled to the quantum electromagnetic field without dipole ...
In the present paper, the basic ideas of the {\it stochastic limit of quantum theory} are applied ...
The Quantum Stochastic Limit of a quantum mechanics particle coupled to a quantum field without the ...
The Quantum Stochastic Limit of a quantum mechanics particle coupled to a quantum field without the ...
The stochastic limit of a free particle coupled to the quantum electromagnetic field without dipole ...
The stochastic limit of a free particle coupled to the quantum electromagnetic field without dipole ...
The stochastic limit of a free particle coupled to the quantum electromagnetic field without dipole ...
The basic ideas of the stochastic limit for a quantum system with discrete energy spectrum, coupled ...
The basic ideas of the stochastic limit for a quantum system with discrete energy spectrum, coupled ...
The basic ideas of the stochastic limit for a quantum system with discrete energy spectrum, coupled ...
The basic ideas of the stochastic limit for a quantum system with discrete energy spectrum, coupled ...
The basic ideas of the stochastic limit for a quantum system with discrete energy spectrum, coupled ...
In the present paper, the basic ideas of the {\it stochastic limit of quantum theory} are applied ...
In the present paper, the basic ideas of the {\it stochastic limit of quantum theory} are applied ...
In the present paper, the basic ideas of the {\it stochastic limit of quantum theory} are applied ...
The stochastic limit of a free particle coupled to the quantum electromagnetic field without dipole ...
In the present paper, the basic ideas of the {\it stochastic limit of quantum theory} are applied ...
The Quantum Stochastic Limit of a quantum mechanics particle coupled to a quantum field without the ...
The Quantum Stochastic Limit of a quantum mechanics particle coupled to a quantum field without the ...
The stochastic limit of a free particle coupled to the quantum electromagnetic field without dipole ...
The stochastic limit of a free particle coupled to the quantum electromagnetic field without dipole ...
The stochastic limit of a free particle coupled to the quantum electromagnetic field without dipole ...
The basic ideas of the stochastic limit for a quantum system with discrete energy spectrum, coupled ...
The basic ideas of the stochastic limit for a quantum system with discrete energy spectrum, coupled ...
The basic ideas of the stochastic limit for a quantum system with discrete energy spectrum, coupled ...
The basic ideas of the stochastic limit for a quantum system with discrete energy spectrum, coupled ...
The basic ideas of the stochastic limit for a quantum system with discrete energy spectrum, coupled ...
In the present paper, the basic ideas of the {\it stochastic limit of quantum theory} are applied ...
In the present paper, the basic ideas of the {\it stochastic limit of quantum theory} are applied ...
In the present paper, the basic ideas of the {\it stochastic limit of quantum theory} are applied ...
The stochastic limit of a free particle coupled to the quantum electromagnetic field without dipole ...
In the present paper, the basic ideas of the {\it stochastic limit of quantum theory} are applied ...