Add to ORKGIn this paper we present results of computations for the ground energy of weakly coupled double well potential in quantum mechanics. We give a numer-ical evidence for cancelation of imaginary contributions to energy coming from Borel resummation and multi-instanton terms. We also estimate several higher coefficients of the multi-instanton expansion which are not given in the literature.
We consider a generalization of the Borel resummation, which turns out to be equivalent to the stand...
We develop techniques to compute multi-instanton corrections to the 1/N expansion in matrix models d...
This article is concerned with a special class of the double-well- like potentials that occur natu...
In this paper, we present results of high precision computations for the ground energy of weakly cou...
In this paper, we present results of high precision computations for the ground energy of weakly cou...
In this paper, we present results of high precision computations for the ground energy of weakly cou...
AbstractCertain quantum mechanical potentials give rise to a vanishing perturbation series for at le...
The energy levels of the double-well potential receive, beyond perturbation theory, contributions wh...
Certain quantum mechanical potentials give rise to a vanishing perturbation series for at least one ...
We calculate the multi-instanton corrections to the ground state energy in large N Ma-trix Quantum M...
This article is concerned with a special class of the "double-well-like" potentials that occur natur...
We consider specific quantum mechanical model problems for which perturbation theory fails to explai...
In this second part of the treatment of instantons in quantum mechanics, the focus is on specific ca...
In quantum mechanics and quantum field theory perturbation theory generically requires the inclusion...
We consider a generalization of the Borel resummation, which turns out to be equivalent to the stand...
We consider a generalization of the Borel resummation, which turns out to be equivalent to the stand...
We develop techniques to compute multi-instanton corrections to the 1/N expansion in matrix models d...
This article is concerned with a special class of the double-well- like potentials that occur natu...
In this paper, we present results of high precision computations for the ground energy of weakly cou...
In this paper, we present results of high precision computations for the ground energy of weakly cou...
In this paper, we present results of high precision computations for the ground energy of weakly cou...
AbstractCertain quantum mechanical potentials give rise to a vanishing perturbation series for at le...
The energy levels of the double-well potential receive, beyond perturbation theory, contributions wh...
Certain quantum mechanical potentials give rise to a vanishing perturbation series for at least one ...
We calculate the multi-instanton corrections to the ground state energy in large N Ma-trix Quantum M...
This article is concerned with a special class of the "double-well-like" potentials that occur natur...
We consider specific quantum mechanical model problems for which perturbation theory fails to explai...
In this second part of the treatment of instantons in quantum mechanics, the focus is on specific ca...
In quantum mechanics and quantum field theory perturbation theory generically requires the inclusion...
We consider a generalization of the Borel resummation, which turns out to be equivalent to the stand...
We consider a generalization of the Borel resummation, which turns out to be equivalent to the stand...
We develop techniques to compute multi-instanton corrections to the 1/N expansion in matrix models d...
This article is concerned with a special class of the double-well- like potentials that occur natu...