We consider the problem of a harmonic oscillator coupled to a scalar field in the framework of recently introduced dressed coordinates. We compute all the probabilities associated with the decay process of an excited level of the oscillator. Instead of doing direct quantum mechanical calculations we establish some sum rules from which we infer the probabilities associated to the different decay processes of the oscillator. Thus, the sum rules allows to show that the transition probabilities between excited levels follow a binomial distribution. (c) 2005 Published by Elsevier B.V
Abstract Double hard scattering can play an important role for producing multiparticle final states ...
Double hard scattering can play an important role for producing multiparticle final states in hadron...
Double hard scattering can play an important role for producing multiparticle final states in hadron...
We illustrate the general scheme of the Sum Rule (SR) method using 2D Quantum Harmonic Oscillator (2...
It is shown that the well known sum rules for oscillator strengths for Hydrogen atom can be generali...
The formalism of sum rules is developed and applied to investigate the collective oscillations and t...
The formalism of sum rules is developed and applied to investigate the collective oscillations and t...
We study the dynamics of a system consisting of a two-level atom and a quantum oscillator coupled by...
In a previous investigation, a general theory for spontaneous emission from a system of N identical ...
In a previous investigation, a general theory for spontaneous emission from a system of N identical ...
Sum rules provide useful insights into transition strength functions and are often expressed as expe...
AbstractSum rules provide useful insights into transition strength functions and are often expressed...
In these lectures, I describe basic techniques of the QCD sum rule approach. The basic concepts of t...
Double hard scattering can play an important role for producing multiparticle final states in hadron...
The NEWSR and the EWSR are studied microscopically within TDA and.RPA methods. By exploiting the ana...
Abstract Double hard scattering can play an important role for producing multiparticle final states ...
Double hard scattering can play an important role for producing multiparticle final states in hadron...
Double hard scattering can play an important role for producing multiparticle final states in hadron...
We illustrate the general scheme of the Sum Rule (SR) method using 2D Quantum Harmonic Oscillator (2...
It is shown that the well known sum rules for oscillator strengths for Hydrogen atom can be generali...
The formalism of sum rules is developed and applied to investigate the collective oscillations and t...
The formalism of sum rules is developed and applied to investigate the collective oscillations and t...
We study the dynamics of a system consisting of a two-level atom and a quantum oscillator coupled by...
In a previous investigation, a general theory for spontaneous emission from a system of N identical ...
In a previous investigation, a general theory for spontaneous emission from a system of N identical ...
Sum rules provide useful insights into transition strength functions and are often expressed as expe...
AbstractSum rules provide useful insights into transition strength functions and are often expressed...
In these lectures, I describe basic techniques of the QCD sum rule approach. The basic concepts of t...
Double hard scattering can play an important role for producing multiparticle final states in hadron...
The NEWSR and the EWSR are studied microscopically within TDA and.RPA methods. By exploiting the ana...
Abstract Double hard scattering can play an important role for producing multiparticle final states ...
Double hard scattering can play an important role for producing multiparticle final states in hadron...
Double hard scattering can play an important role for producing multiparticle final states in hadron...