Vibrational levels and probability density curves
for the H2 molecule. The energy levels and wavefunctions were generated
by the program,
h2XJ0-x11.4th, using a recently published theoretical potential energy curve.
Atomic and Molecular Structure
Papers
Books
- Computational Atomic Structure: An MCHF Approach by
C. Froese-Fischer, T. Brage, and P. Johnsson
- The Theory of Atomic
Structure and Spectra by Robert D. Cowan
Related Software
- Atomic Structure Package
of C. F. Fischer and collaborators
(overview
and textbook)
-
Atomic Structure Code of Robert D. Cowan.
- LEVEL and related programs
for computing structure of diatomic molecules, by R. J. LeRoy and others.
-
Forth Atomic and Molecular Software including programs for numerical
solution of the radial Schroedinger equation and 1-D problems,
with applications to the H atom, He atom, and the
H2 molecule.
- R Atomic and Molecular Software including a program for a variational calculation of the ground state of H2+, and a Numerov integrator with example use for the ground state of the H atom.
Atomic Collisions
Related Software
- naacb.4th
Compute spectral profile of radiation emitted in neutral atom-atom
collisions (Na in Kr buffer) using Lorentz model.
Laser-Atom Interactions
Books
-
Quantum and Atom Optics course notes/text by Daniel Steck
Related Software
- qm8.4th
Compute the interaction of near-resonant laser with a two-level atom.
Course in Laser-Atom Interactions
Course description for a
graduate level course in laser spectroscopy and laser-atom interactions,
including a detailed list of topics covered, exercises, homework,
and exams. This course was taught by Krishna Myneni in Spring 2009.