Effects of mode profile on tunneling and traversal of ultracold atoms through vacuum-induced potentials
We consider the resonant interaction of an ultracold two-level atom with an electromagnetic
field inside a high-Q micromaser cavity. In particular, we study the tunneling and traversal of …
field inside a high-Q micromaser cavity. In particular, we study the tunneling and traversal of …
Manipulating the tunneling of ultracold atoms through a mazer cavity via vacuum-multiparticle interactions
We study the tunneling and traversal time of ultracold two-level atoms through a high quality
microwave cavity containing N− 1 ground state atoms. The phase time of tunneling may be …
microwave cavity containing N− 1 ground state atoms. The phase time of tunneling may be …
Effects of field distribution on the tunneling time of ultracold atoms through high-quality cavities
We explore the traversal essence of the ultracold atoms propagating through high-quality
cavities in vacuum, Fock state and coherent field distribution. The atom-field interaction is …
cavities in vacuum, Fock state and coherent field distribution. The atom-field interaction is …
On the tunneling time of ultracold atoms through a system of two mazer cavities
We study the resonant tunneling of ultraslow atoms through a system of high quality
microwave cavities. We find that the phase tunneling time across the two coupled cavities …
microwave cavities. We find that the phase tunneling time across the two coupled cavities …
Coherent control of tunneling and traversal of ultracold atoms through vacuum-induced potentials
We study the tunneling and traversal of ultracold Λ-type three-level atoms through vacuum-
induced potentials in a high-Q mazer cavity. In particular, we discuss the effects of driving …
induced potentials in a high-Q mazer cavity. In particular, we discuss the effects of driving …
Controlling Tunneling of Atoms Through aHigh-Quality Cavity Via an External Driving Field
In high quality micromaser cavities, we investigate the tunnelling and traversal of ultra-cold A-
type three-level atoms. We specifically discuss how a coherent driving field affects the …
type three-level atoms. We specifically discuss how a coherent driving field affects the …
Phase Time for the Tunneling of Ultracold V-Type Atoms Through a Mazer Cavity
We study the tunneling time of ultracold V-type atoms interacting a high quality microwave
cavity. Here atomic coherence is introduced in the system by a strong driving field which …
cavity. Here atomic coherence is introduced in the system by a strong driving field which …
Effects of the nonlinear interactions on the tunneling time of ultracold atoms
We study the tunneling of ultraslow two-level atoms through a high-Q microwave cavity in
the presence of Kerr type nonlinearity. It is found that the phase time of traversal is …
the presence of Kerr type nonlinearity. It is found that the phase time of traversal is …
Controlling tunneling of ultracold three-level atoms through a two-photon mazer cavity via the atom-field detuning
We study the tunneling and traversal of ultracold three-level atoms through a high-Q
microwave cavity. In particular, we analyzed effects of the atom-field detuning on the …
microwave cavity. In particular, we analyzed effects of the atom-field detuning on the …
Injected coherence in the tunneling of ultracold atoms through a two-photon mazer in the squeezed vacuum and coherent field distributions
We examine the traversal aspect of ultracold two-level atoms through a high-quality two-
photon mazer with squeezed vacuum and coherent field distributions. Here the net cavity …
photon mazer with squeezed vacuum and coherent field distributions. Here the net cavity …