Virtual AMO lab
In the nonperturbative intensity regime exact solutions of the
time-dependent Schrödinger equation of a few-body system interacting
with an ultrashort intense laser pulse
can be obtained by direct numerical integration. Such simulations
distinguish themselves just in the respective Hamiltonian of the Schrödinger
equation. This
is the basis of a program package, which provides an unified basis
for a number of strong-field problems. It consists of routines
for the propagation of the wavefunction on the grid and the
post-processing of the data among others. The result is a virtual
lab for the analysis and visualization of few-body processes
on an attosecond time scale. Applications for
single-active-electron as well as correlated electron
dynamics have been realized.