Add to ORKGA spatially varying field mode is included in calculating the squeezing effect for a system of two-level atoms in the good-cavity limit. Two examples of a Gaussian mode field in a ring cavity and a plane-wave field in a standing-wave interferometer are used to demonstrate the quite general method. In qualitative terms, the squeezing predicted for plane waves is preserved. However, for a given value of atomic cooperativity parameter C, there is a degradation in squeezing because of the spatially varying field structure
We analyse the commonly used adiabatic techniques in the atom-cavity field interaction to controllab...
We consider the coherent state radiation field inside a micromaser cavity and study the entanglement...
In recent years there has developed a rapidly growing interest in the manifestly quantum or nonclass...
A spatially varying field mode is included in calculating the squeezing effect for a system of two-l...
Experiments to generate squeezed states of light are described for a collection of two-level atoms w...
We analyze the pairwise atomic states that are produced when a system of two atoms is irradiated by ...
We study the interaction between the single-mode electromagnetic field and the pair of indistingui...
Using the formalism developed earlier, we treat spontaneous emission from a three-level atom (ladder...
The interaction of classical and quantized electromagnetic fields with an ensemble of atoms in an op...
A new regime for the generation of squeezed states of the electromagnetic field is described for a c...
The present study described about the interaction of a two level atom and squeezed field with time v...
The interaction of an atomic two-level system and a squeezed vacuum leads to interesting novel effec...
We propose a scheme for the generation of a two-mode field squeezed state in cavity QED. It is based...
We study the interaction between the single-mode electromagnetic field and the pair of indistinguish...
Squeezing of a coherent light field in a cavity by repeated interaction with atoms is studied in the...
We analyse the commonly used adiabatic techniques in the atom-cavity field interaction to controllab...
We consider the coherent state radiation field inside a micromaser cavity and study the entanglement...
In recent years there has developed a rapidly growing interest in the manifestly quantum or nonclass...
A spatially varying field mode is included in calculating the squeezing effect for a system of two-l...
Experiments to generate squeezed states of light are described for a collection of two-level atoms w...
We analyze the pairwise atomic states that are produced when a system of two atoms is irradiated by ...
We study the interaction between the single-mode electromagnetic field and the pair of indistingui...
Using the formalism developed earlier, we treat spontaneous emission from a three-level atom (ladder...
The interaction of classical and quantized electromagnetic fields with an ensemble of atoms in an op...
A new regime for the generation of squeezed states of the electromagnetic field is described for a c...
The present study described about the interaction of a two level atom and squeezed field with time v...
The interaction of an atomic two-level system and a squeezed vacuum leads to interesting novel effec...
We propose a scheme for the generation of a two-mode field squeezed state in cavity QED. It is based...
We study the interaction between the single-mode electromagnetic field and the pair of indistinguish...
Squeezing of a coherent light field in a cavity by repeated interaction with atoms is studied in the...
We analyse the commonly used adiabatic techniques in the atom-cavity field interaction to controllab...
We consider the coherent state radiation field inside a micromaser cavity and study the entanglement...
In recent years there has developed a rapidly growing interest in the manifestly quantum or nonclass...