Spontaneous emission can be modified if the atom is driven by an external coherent field. Such modification include the three-peak spectrum of resonance fluorescence from a two level atom. The spectral line elimination and cancellation of spontaneous emission is possible under conditions that the spontaneous emission from an excited atom can be trapped in the upper states without decaying. The amount of fluorescence in this case as well as the population of the upper levels can be controlled. If spontaneous emission along with atomic transition is suppressed, it is possible to create a population in version on this transition by using a very weak incoherent pumping
We solve a problem of spontaneous emission from an atom trapped in a harmonic binding potential for ...
We investigate the effect of an intense low-frequency field on the population decay of an excited tw...
We discuss the spontaneous emission from a coherently prepared and microwave driven doublet of poten...
A four-level atom, driven by a coherent field, is considered. We show that under certain conditions ...
The spontaneous emission is investigated for an effective atomic two-level system in an intense cohe...
We show that a dynamical suppression of spontaneous emission, predicted for a three-level atom [S.-Y...
We investigate the steady-state spontaneous emission spectrum of a three-level atom driven by two co...
We discuss various aspects of the incoherent spontaneous emission in atomic few-level systems arisin...
We discuss various aspects of the incoherent spontaneous emission in atomic few-level systems arisin...
We demonstrate coherent control of spontaneous emission from a three-level atom with one resonant fr...
When fluorescence from electronically excited states follows the absorption of radiation, the emissi...
An ensemble of resonance atoms is considered, which are doped into a medium with well developed pola...
Correlated spontaneous emission from a single three-level atom in a cascade configuration can yield ...
International audienceIn this paper we consider an initially excited two-level system coupled to a m...
It has been shown in recent years that incoherent pumping through multiple atomic levels provides a ...
We solve a problem of spontaneous emission from an atom trapped in a harmonic binding potential for ...
We investigate the effect of an intense low-frequency field on the population decay of an excited tw...
We discuss the spontaneous emission from a coherently prepared and microwave driven doublet of poten...
A four-level atom, driven by a coherent field, is considered. We show that under certain conditions ...
The spontaneous emission is investigated for an effective atomic two-level system in an intense cohe...
We show that a dynamical suppression of spontaneous emission, predicted for a three-level atom [S.-Y...
We investigate the steady-state spontaneous emission spectrum of a three-level atom driven by two co...
We discuss various aspects of the incoherent spontaneous emission in atomic few-level systems arisin...
We discuss various aspects of the incoherent spontaneous emission in atomic few-level systems arisin...
We demonstrate coherent control of spontaneous emission from a three-level atom with one resonant fr...
When fluorescence from electronically excited states follows the absorption of radiation, the emissi...
An ensemble of resonance atoms is considered, which are doped into a medium with well developed pola...
Correlated spontaneous emission from a single three-level atom in a cascade configuration can yield ...
International audienceIn this paper we consider an initially excited two-level system coupled to a m...
It has been shown in recent years that incoherent pumping through multiple atomic levels provides a ...
We solve a problem of spontaneous emission from an atom trapped in a harmonic binding potential for ...
We investigate the effect of an intense low-frequency field on the population decay of an excited tw...
We discuss the spontaneous emission from a coherently prepared and microwave driven doublet of poten...