In this work we explicitly show resurgence relations between perturbative and one instanton sectors of the resonance energy levels for cubic and quartic anharmonic potentials in one-dimensional quantum mechanics. Both systems satisfy the Dunne-Unsal relation and hence we are able to derive one-instanton non-perturbative contributions with the fluctuation terms to the energy merely from the perturbative data. We confirm our results with previous results obtained by Zinn-Justin et al
The β -ensemble with cubic potential can be used to study a quantum particle in a double-well potent...
It is shown that for the one-dimensional quantum anharmonic oscillator with potential $V(x)= x^2+g^2...
We present a unified treatment, including higher-order corrections, of anharmonic oscillators of arb...
In this work we explicitly show resurgence relations between perturbative and one instanton sectors ...
Recently, it is realized that non-perturbative instanton effects can be generated to all orders by p...
Certain quantum mechanical potentials give rise to a vanishing perturbation series for at least one ...
AbstractCertain quantum mechanical potentials give rise to a vanishing perturbation series for at le...
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 quantum mechanics and quantum field theory perturbation theory generically requires the inclusion...
In this paper, we present results of high precision computations for the ground energy of weakly cou...
We study the anharmonic double well in quantum mechanics using exact Wentzel-Kramers-Brillouin (WKB)...
Abstract: The Nekrasov-Shatashvili limit for the low-energy behavior of N=2 and N=2* supersymmetric ...
AbstractWe present a method for extracting tunnelling amplitudes from perturbation expansions which ...
This is the third article in a series of three papers on the resonance energy levels of anharmonic o...
The β -ensemble with cubic potential can be used to study a quantum particle in a double-well potent...
It is shown that for the one-dimensional quantum anharmonic oscillator with potential $V(x)= x^2+g^2...
We present a unified treatment, including higher-order corrections, of anharmonic oscillators of arb...
In this work we explicitly show resurgence relations between perturbative and one instanton sectors ...
Recently, it is realized that non-perturbative instanton effects can be generated to all orders by p...
Certain quantum mechanical potentials give rise to a vanishing perturbation series for at least one ...
AbstractCertain quantum mechanical potentials give rise to a vanishing perturbation series for at le...
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 quantum mechanics and quantum field theory perturbation theory generically requires the inclusion...
In this paper, we present results of high precision computations for the ground energy of weakly cou...
We study the anharmonic double well in quantum mechanics using exact Wentzel-Kramers-Brillouin (WKB)...
Abstract: The Nekrasov-Shatashvili limit for the low-energy behavior of N=2 and N=2* supersymmetric ...
AbstractWe present a method for extracting tunnelling amplitudes from perturbation expansions which ...
This is the third article in a series of three papers on the resonance energy levels of anharmonic o...
The β -ensemble with cubic potential can be used to study a quantum particle in a double-well potent...
It is shown that for the one-dimensional quantum anharmonic oscillator with potential $V(x)= x^2+g^2...
We present a unified treatment, including higher-order corrections, of anharmonic oscillators of arb...