Elizabeth F. McCormackRESEARCH INTERESTS
Laser-based studies of atomic and molecular excited-state structure and decay dynamics, including Rydberg state dynamics, photoionization, autoionization, predissociation, and photodissociation. Nonlinear optical techniques including multiphoton excitation and resonant four-wave mixing spectroscopy. Click here for an update on our latest AMO projects. This work is supprted by the National Science Foundation. Laser Trapped Mirrors in Space
M.A. Theses
Jessica Grochocinski, M.A., May 1997 Design and Development of a Pulsed Slit Free-Jet Expansion
Discharge Source: Observation of Nitrogen Afterglow Spectra
Bob Ekey, graduate student
Fabio Di Teodoro, Ph.D., May 1999 Structure and Dynamics of Highly Excited Rovibronic States of H2 and N2 Robert Ekey, Jr., May 2006
Eleanor Warfield, B.A. '96, May 1995
Lydija Sekaric, B.A. '97, August 1996 Melinda Nickelson, B.A. '98, August 1997 Degenerate Four-wave Mixing in Rhodamine-590 at 532 nm
Robotics Laboratory Development Rotational Cooling and Cluster Formation in Free Jet
Expansions New Application of the Long-Range Interaction Model to the
8f, v+ =1 Rydberg State Energies of N2
Alice Towey, B.A. '98, May 1998
Will Bergerson, B.A. '99, May 1998, Haverford College Advised with Charles Miller, Haverford College, Department of Chemistry
Numerical Fitting of the Hyperfine Constants for NO From left to right: Bob Ekey, Becky Thompson and April Terrell
Design and Test of a Novel Molecular
Discharge Source
Ekua Anane-Fenin, M.A./B.A '05, May 2002 Resonantly Enhanced Multiphoton Ionization of the B’, C and D’ States of H2 Laurel Rachmeler, B.A. '04, May 2003 Parallel Data Acquisition for Molecular Spectroscopy using LabView Sierra Laidman, B.A. '04, May 2003 Double Resonance Spectroscopy of Large-R States in H2 Shirley Chen ‘08, May 2006 Long-Range Shelf States in H2 Claire Davy ‘07, May 2007 Faculty | Return to Physics Homepage |