We demonstrate the existence of population-trapping states in a two-level system driven by a frequency-modulated field. We present detailed numerical results on trapping and also on jumps in the system which occur when the energy levels cross
We study the interaction between the single-mode electromagnetic field and the pair of indistingui...
We study the population inversion and Q-function of a two-level atom, interacting with single-mode l...
This thesis begins with a consideration of the two-level atom driven by a coherent field without the...
I calculate the coherent population trapping states of a three-level system interacting with two qua...
The present study described about the interaction of a two level atom and squeezed field with time v...
We present a detailed experimental study of the frequency-modulated excitation of a two-level atom, ...
We show that a dynamical suppression of spontaneous emission, predicted for a three-level atom [S.-Y...
We investigate the time evolution of atomic population in a two-level atom driven by a monochromatic...
We investigate the dynamics of an arbitrary atomic system (n-level atoms or many n-level atoms) inte...
We show that an arbitrary system described by two dipole moments exhibits coherent superpositions of...
The spontaneous emission is investigated for an effective atomic two-level system in an intense cohe...
This is the published version, also available here: http://dx.doi.org/10.1103/PhysRevA.32.377.The ma...
We study the effects of driving a two-level atom by two intense field modes that have equal frequenc...
We consider an arbitrary atomic system (n-level atom or many such atoms) interacting with a strong r...
We introduce a model of interaction between a three-level atom (3LA) and a one-mode field whose freq...
We study the interaction between the single-mode electromagnetic field and the pair of indistingui...
We study the population inversion and Q-function of a two-level atom, interacting with single-mode l...
This thesis begins with a consideration of the two-level atom driven by a coherent field without the...
I calculate the coherent population trapping states of a three-level system interacting with two qua...
The present study described about the interaction of a two level atom and squeezed field with time v...
We present a detailed experimental study of the frequency-modulated excitation of a two-level atom, ...
We show that a dynamical suppression of spontaneous emission, predicted for a three-level atom [S.-Y...
We investigate the time evolution of atomic population in a two-level atom driven by a monochromatic...
We investigate the dynamics of an arbitrary atomic system (n-level atoms or many n-level atoms) inte...
We show that an arbitrary system described by two dipole moments exhibits coherent superpositions of...
The spontaneous emission is investigated for an effective atomic two-level system in an intense cohe...
This is the published version, also available here: http://dx.doi.org/10.1103/PhysRevA.32.377.The ma...
We study the effects of driving a two-level atom by two intense field modes that have equal frequenc...
We consider an arbitrary atomic system (n-level atom or many such atoms) interacting with a strong r...
We introduce a model of interaction between a three-level atom (3LA) and a one-mode field whose freq...
We study the interaction between the single-mode electromagnetic field and the pair of indistingui...
We study the population inversion and Q-function of a two-level atom, interacting with single-mode l...
This thesis begins with a consideration of the two-level atom driven by a coherent field without the...