[出版社版]We study the decay process of an unstable quantum system, especially the deviation from the exponential decay law. We show that the exponential period no longer exists in the case of the s-wave decay with small Q value, where the Q value is the difference between the energy of the initially prepared state and the minimum energy of the continuous eigenstates in the system. We also derive the quantitative condition that this kind of decay process takes place and discuss what kind of system is suitable to observe the decay
It is well known, both theoretically and experimentally, that the survival probability for an unstab...
An investigation is made of the possible time dependence of decay laws for unstable particles. The p...
The decay of unstable quantum states has been studied for special energy distribution densities that...
We study the decay process of an unstable quantum system, especially the deviation from the exponent...
We study the decay process of an unstable quantum system, especially the deviation from the exponent...
The quantum-mechanical theory of the decay of unstable states is revisited. We show that the decay i...
We analyze the survival probability of unstable particles in the context of quantum field theory. Af...
We examine an analytical expression for the survival probability for the time evolution of quantum d...
The temporal behavior of quantum mechanical systems is reviewed. We mainly focus our attention on th...
An approximately single-exponential decay of an initially prepared non-stationary state can occur in...
Abstract. After reviewing the description of an unstable state in the framework of non-relativistic ...
A system prepared in an unstable quantum state generally decays following an exponential law, as env...
Results of theoretical studies of the quantum unstable systems caused that there are rather widespre...
The decay of a bound state weakly coupled to a non-Hermitian tight-binding unstable continuum, i.e.,...
It is known that the survival amplitude of unstable quantum states deviates from exponenti...
It is well known, both theoretically and experimentally, that the survival probability for an unstab...
An investigation is made of the possible time dependence of decay laws for unstable particles. The p...
The decay of unstable quantum states has been studied for special energy distribution densities that...
We study the decay process of an unstable quantum system, especially the deviation from the exponent...
We study the decay process of an unstable quantum system, especially the deviation from the exponent...
The quantum-mechanical theory of the decay of unstable states is revisited. We show that the decay i...
We analyze the survival probability of unstable particles in the context of quantum field theory. Af...
We examine an analytical expression for the survival probability for the time evolution of quantum d...
The temporal behavior of quantum mechanical systems is reviewed. We mainly focus our attention on th...
An approximately single-exponential decay of an initially prepared non-stationary state can occur in...
Abstract. After reviewing the description of an unstable state in the framework of non-relativistic ...
A system prepared in an unstable quantum state generally decays following an exponential law, as env...
Results of theoretical studies of the quantum unstable systems caused that there are rather widespre...
The decay of a bound state weakly coupled to a non-Hermitian tight-binding unstable continuum, i.e.,...
It is known that the survival amplitude of unstable quantum states deviates from exponenti...
It is well known, both theoretically and experimentally, that the survival probability for an unstab...
An investigation is made of the possible time dependence of decay laws for unstable particles. The p...
The decay of unstable quantum states has been studied for special energy distribution densities that...