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(1) Optimization of the duration of a femtosecond-scale laser pulse, and the delay between successive pulses, in order to maximize the relative response of a
 

Summary: 0
(1) Optimization of the duration of a femtosecond-scale laser pulse, and the delay
between successive pulses, in order to maximize the relative response of a
selected Raman-active vibrational mode:
Xiang Zhou and Chenwei Jiang
[Physical Review B 82, 075433 (2010); arXiv cond-mat/1001.1016]
(2) Foundation for hierarchical approach to using results of density-functional
based simulations as input to simulations on larger length and time scales:
Zhibin Lin [Journal of Physics: Condensed Matter 21, 485503 (2009)]
(3) Comparative studies of light-induced molecular switching
(photoisomerization) in azobenzene and a bridged azobenzene:
Chenwei Jiang [Journal of Physical Chemistry A, in press]
Response of materials and molecules
to fast intense laser pulses
Roland E. Allen
Department of Physics and Astronomy, Texas A&M University
1
Results of Xiang Zhou: For molecules and materials responding to
femtosecond-scale (nonresonant) optical laser pulses, we predict maximal
excitation of a Raman-active vibrational mode with period T when the pulse

  

Source: Allen, Roland E. - Department of Physics and Astronomy, Texas A&M University

 

Collections: Physics