Add to ORKGWe develop a perturbation method that generalizes an approach proposed recently to treat velocity--dependent quantum--mechanical models. In order to test present approach we apply it to some simple trivial and nontrivial examples
We propose a theoretical method for studying open quantum systems at the steady state within the fra...
Recently developed strong-coupling theory opens up the possibility of treating quantum-mechanical sy...
A time-dependent perturbative approach adapted to the treatment of intense pulsed interactions was p...
We develop a perturbation method that generalizes an approach proposed recently to treat velocity-de...
We construct a quantum mechanical perturbation theory which uses the multiple time scale technique. ...
The time-dependent quantum perturbation theory developed by Born, Heisenberg and Jordan in 1926 is r...
We propose a simple and straightforward method based on Wronskians for the calculation of bound--sta...
In the presence of a velocity-dependent Kisslinger potential, the partial-wave, time-independent Sch...
We elucidate that the canonical transformations of matrix mechanics are just the transformations of ...
Starting from the time-independent Schrödinger equation we develop formulae for the changes in the b...
We discuss a general setup which allows the study of the perturbation theory of an arbitrary, locall...
The rst purpose of this article is to give a sound mathematical foundation to perturbation methods f...
Separation of scales plays a fundamental role in the understanding of the dynamical behaviour of com...
Perturbation theory is an important technique in physics and quantum chemistry. Although only a few ...
Adaptive perturbation is a new method for perturbatively computing the eigenvalues and eigenstates o...
We propose a theoretical method for studying open quantum systems at the steady state within the fra...
Recently developed strong-coupling theory opens up the possibility of treating quantum-mechanical sy...
A time-dependent perturbative approach adapted to the treatment of intense pulsed interactions was p...
We develop a perturbation method that generalizes an approach proposed recently to treat velocity-de...
We construct a quantum mechanical perturbation theory which uses the multiple time scale technique. ...
The time-dependent quantum perturbation theory developed by Born, Heisenberg and Jordan in 1926 is r...
We propose a simple and straightforward method based on Wronskians for the calculation of bound--sta...
In the presence of a velocity-dependent Kisslinger potential, the partial-wave, time-independent Sch...
We elucidate that the canonical transformations of matrix mechanics are just the transformations of ...
Starting from the time-independent Schrödinger equation we develop formulae for the changes in the b...
We discuss a general setup which allows the study of the perturbation theory of an arbitrary, locall...
The rst purpose of this article is to give a sound mathematical foundation to perturbation methods f...
Separation of scales plays a fundamental role in the understanding of the dynamical behaviour of com...
Perturbation theory is an important technique in physics and quantum chemistry. Although only a few ...
Adaptive perturbation is a new method for perturbatively computing the eigenvalues and eigenstates o...
We propose a theoretical method for studying open quantum systems at the steady state within the fra...
Recently developed strong-coupling theory opens up the possibility of treating quantum-mechanical sy...
A time-dependent perturbative approach adapted to the treatment of intense pulsed interactions was p...