Primary Project:Autler Townes Spectroscopy: Coherence
and Quantum Interference effects in the laser molecule interaction and their applications.
A.
Absolute magnitude of the molecular electronic transition
dipole moment and its internuclear distance dependence.
B.
High resolution quadruple resonance spectroscopy – a coherently
driven five level system and its applications.
C.
Control of valence electron spin polarization through modification of singlet –triplet mixing coefficients of
pair of rovibronic levels mixed by spin-orbit interaction.
D.
The role of Doppler effect in quantum interference effects e.g. laser wavelength
ration dependence of AT splitting in the cascade excitation system.
E.
AT splitting and EIT in open molecular systems compared to closed atomic systems.
*(in
collaboration with Prof. Frank Spano, Dr. Teodora Kirova, Dr. Ergin Ahmed, Dr. Peng
Qi and Dr. Angelos Lazoudis)
Funding
from the National Science Foundation.
Awards
NSF PHY 0555608
2.
Other collaborative
projects:
A.
High resolution IRIR double resonance spectroscopy
of Cs2 and Rb2-
Rb2
Global
Deperturbation Analysis of the A1Σu+-
b3Pu
States
*
(with Prof.Svetlana Kotochigova, Prof.
Tom Bergeman, Dr. Amanda Ross, Dr. Houssam Salami, Dr. Sylvie Magnier, Prof. Li
Li, Prof. John Huennekens and Feng Xie):
