We determine the semiclassical coherent-state propagator for a particle going through one-dimensional evolution in a simple barrier potential. The described semiclassical method makes use of complex trajectories which, by its turn, enables the definition of (real) traversal times in the complexified phase space. We then discuss the behavior of this time for a wave packet whose average energy is below the barrier height.79183323332
We present a complete derivation of the semiclassical limit of the coherent-state propagator in one ...
A model for describing barrier tunneling (or other classically forbidden processes) using purely rea...
A continuous path integral is used to obtain the semiclassical expressions of quantum propagators by...
Semiclassical approximations for tunnelling processes usually involve complex trajectories or comple...
Quantum mechanical real-time tunneling through general scattering potentials is studied in the semic...
Semiclassical approximations for tunnelling processes usually involve complex trajectories or comple...
Semiclassical theory based upon complexified classical mechanics is developed for periodically time-...
The time evolution of the density matrix of a system with potential barrier is determined using path...
International audienceSemiclassical approximations for tunnelling processes usually involve complex ...
We compute the semiclassical coherent-state propagator for a particle moving in a one-dimensional bo...
International audienceSemiclassical approximations for tunnelling processes usually involve complex ...
International audienceSemiclassical approximations for tunnelling processes usually involve complex ...
International audienceSemiclassical approximations for tunnelling processes usually involve complex ...
Semiclassical approximations for tunneling processes usually involve complex trajectories or complex...
By using an exact solution to the time-dependent Schrodinger equation with a point source initial co...
We present a complete derivation of the semiclassical limit of the coherent-state propagator in one ...
A model for describing barrier tunneling (or other classically forbidden processes) using purely rea...
A continuous path integral is used to obtain the semiclassical expressions of quantum propagators by...
Semiclassical approximations for tunnelling processes usually involve complex trajectories or comple...
Quantum mechanical real-time tunneling through general scattering potentials is studied in the semic...
Semiclassical approximations for tunnelling processes usually involve complex trajectories or comple...
Semiclassical theory based upon complexified classical mechanics is developed for periodically time-...
The time evolution of the density matrix of a system with potential barrier is determined using path...
International audienceSemiclassical approximations for tunnelling processes usually involve complex ...
We compute the semiclassical coherent-state propagator for a particle moving in a one-dimensional bo...
International audienceSemiclassical approximations for tunnelling processes usually involve complex ...
International audienceSemiclassical approximations for tunnelling processes usually involve complex ...
International audienceSemiclassical approximations for tunnelling processes usually involve complex ...
Semiclassical approximations for tunneling processes usually involve complex trajectories or complex...
By using an exact solution to the time-dependent Schrodinger equation with a point source initial co...
We present a complete derivation of the semiclassical limit of the coherent-state propagator in one ...
A model for describing barrier tunneling (or other classically forbidden processes) using purely rea...
A continuous path integral is used to obtain the semiclassical expressions of quantum propagators by...