Atomic, Molecular and Optical Physics
at the University of Kentucky 



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o Conferences ..  [ICAP 2006] [DAMOP 2007] [ICPEAC 2007] [(e,2e) 2007


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Among the hottest topics in contemporary physics is the manipulation of matter on an atomic scale. After decades of playing with lasers, the Optical Physics community has finally demonstrated the ability to control ensembles of atoms as well as individual electrons, ions, atoms and molecules. Many dramatic demonstrations of the quantum interaction of light and matter have resulted, including the cooling of atoms to the absolute zero of temperature, the creation of Bose-Einstein Condensates in dilute atomic vapors, and the slowing of the speed of light in matter to a horse's gait! 

These remarkable developments have signalled a revolution in Atomic, Molecular and Optical Physics (AMO). As described below, three UK faculty members are seeking to exploit the technological progress in order to improve our fundamental understanding of quantum processes. 


Rydberg Atom Manipulation Electron-Rydberg Collisions Coherent Control
(e,2e) Spectroscopy Dipole-forbidden Transitions Long-range Interactions

AMO
NOBEL
PRIZES
2001 
1997 
1989 
1981 

Name Office (859) 257-extension E-mail Title
Keith MacAdam CP-391 3344 macadam Professor
Nicholas Martin CP379 5840 nmartin Professor
Michael Cavagnero CP387A 6733 mike Professor