Alternative Representations for H in an Intense Laser Field
POSTER
Abstract
We will present calculations of hydrogen in an intense laser field. In particular, we will focus on alternative representations to examine their effectiveness for computing and understanding ionization. We solved the time-dependent Schrodinger equation using methods like finite differences and b-splines for the spatial degrees of freedom utilizing various coordinate systems. The prospects for application to multielectron atoms will be explored.
*Supported by the Chemical Sciences, Geosciences and Bio sciences Division, Office of Basic Energy sciences, U.S Department of Energy.