1. Quantum Dynamical Theory for Squeezed Atom Laser
- Author
-
Chen Jing-Ling, Miao Yuan-Xiu, Han Yi-ang, and Jing Hui
- Subjects
Condensed Matter::Quantum Gases ,Quantum optics ,Physics ,General Physics and Astronomy ,Quantum Physics ,Output coupler ,Linear coupling ,Atom laser ,Quantum mechanics ,Quantum electrodynamics ,Coherent states ,Quantum ,Light field ,Squeezed coherent state - Abstract
A model for the squeezed output coupler of the trapped Bose-Einstein condensed atoms is established with a simple many-boson system of two states with linear coupling, by preparing an initially squeezed light field. In the Bogoliubov approximation, its solutions show that the quadrature squeezing effect mutually oscillates between the coupling light field and the output atomic field. This manifests that the initially squeezed light will transform into a coherent state after some period of coupling interaction while the output atomic field is in a squeezed state.
- Published
- 2000