We consider one-dimensional wave package propagation through potential barriers. We test several approaches to obtain wave package transmission coefficients - by direct numeric solution of the time-dependent Schrӧdinger equation with step and rectangular barrier potentials, usage of the spectral decomposition of the propagator. We also rigorously derive earlier propose an asymptotic formula, that can be used for calculation of the transmission coefficient. The formula produces accurate results and is much easier applicable then other considered approaches
We investigate the quantum tunnel effect by nearest-neighbor double potential barriers. An explicit ...
In this paper, we discuss the tunneling time of a quantum particle through a rectangular barrier. Th...
We review the one dimensional time–dependent scattering of a quantum mechanical wave packet at a pot...
We consider one-dimensional wave package propagation through potential barriers. We test several app...
By using an exact solution to the time-dependent Schrodinger equation with a point source initial co...
In this research, we apply the time independent Schroedinger equation for a particle moving in one d...
The scattered wave formalism developed for a quantum subsystem interacting with reservoirs through o...
We analyze the quantum-mechanical behavior of a system described by a one-dimensional asymmetric pot...
We analyze the behavior of a quantum system described by a one-dimensional asymmetric potential cons...
The re°ection and transmission of wave functions at a potential step is a well-known issue in text-b...
The electron flow through quantum waveguides is modeled by the time-dependent Schrö-dinger equation...
We study the dynamics of the classical and quantum mechanical scattering of a wave packet from an os...
Various approaches have been used to calculate the quantum-mechanical tunneling time through potenti...
This chapter presents a detailed study of wavepacket propagation in various physical situations. Thi...
The quantum-shutter approach to tunneling time scales [G. García-Calderon and A. Rubio, Phys. Rev. A...
We investigate the quantum tunnel effect by nearest-neighbor double potential barriers. An explicit ...
In this paper, we discuss the tunneling time of a quantum particle through a rectangular barrier. Th...
We review the one dimensional time–dependent scattering of a quantum mechanical wave packet at a pot...
We consider one-dimensional wave package propagation through potential barriers. We test several app...
By using an exact solution to the time-dependent Schrodinger equation with a point source initial co...
In this research, we apply the time independent Schroedinger equation for a particle moving in one d...
The scattered wave formalism developed for a quantum subsystem interacting with reservoirs through o...
We analyze the quantum-mechanical behavior of a system described by a one-dimensional asymmetric pot...
We analyze the behavior of a quantum system described by a one-dimensional asymmetric potential cons...
The re°ection and transmission of wave functions at a potential step is a well-known issue in text-b...
The electron flow through quantum waveguides is modeled by the time-dependent Schrö-dinger equation...
We study the dynamics of the classical and quantum mechanical scattering of a wave packet from an os...
Various approaches have been used to calculate the quantum-mechanical tunneling time through potenti...
This chapter presents a detailed study of wavepacket propagation in various physical situations. Thi...
The quantum-shutter approach to tunneling time scales [G. García-Calderon and A. Rubio, Phys. Rev. A...
We investigate the quantum tunnel effect by nearest-neighbor double potential barriers. An explicit ...
In this paper, we discuss the tunneling time of a quantum particle through a rectangular barrier. Th...
We review the one dimensional time–dependent scattering of a quantum mechanical wave packet at a pot...