Quantum Chemistry, Magnetism and Lasers
Abstract
Description
Using highly correlational quantum chemistry we compute from first principles the contributions of the electric dipoles and quadupoles, and magnetic dipoles to the nonlinear optics of NiO. The material is modeled as a doubly embedded cluster and all magnetic intragap d-character states are calculated, thus explaining the experimental results.
Paper submitted to Association of Greek Chemists (in greek)
Paper submitted to Association of Greek Chemists (in greek)