Dynamics in condensed molecular systems studied by incoherent light

Raman scattering from a Brownian oscillator with nonohmic Drude dissipation: Applications to continuous wave, impulsive, and noisy excitation

“…The second application is to an interferometric CRS experiment involving broadband nontransform limited quasi-cw ͑noisy͒ optical fields having ultrashort autocorrelation times. [21][22][23][24][25] …”

“…28 Each of these femtosecond techniques has been discussed extensively in the literature. [17][18][19][20][21][22][23][24][25] …”

On the Role of Classical Field Time Correlations in Noisy Light Spectroscopy: Color Locking and a Spectral Filter Analogy

“…This special issue will no doubt cover many of the areas of physical chemistry in which Professor Albrecht has contributed. The current paper deals with one of those areas: noisy light spectroscopy. − Professor Albrecht was one of the leaders of this interesting field from very early in its development to the present time, with most of his efforts coming from 1986−2001. Professor Albrecht published 30 papers and gave numerous talks on the subject of noisy light spectroscopy.…”

Factorized time correlation diagram analysis of Raman induced Kerr effect spectroscopy using noisy light

“…18 Whereas ultrashort pulses are certainly the typical means of extracting short time dynamics, an alternative method of obtaining ultrafast time resolution based on broadband noisy light, continues to be used since its inception in the early 1980s. [19][20][21] Noisy light now has a fairly substantial presence in the literature including a number of reviews 22,23 so the fundamental ideas of this technique will not be discussed here. The noisy light work of the last five years has been focused mostly on various four-wave mixing processes, with particular emphasis on coherent Raman scattering, 24 -27 Raman polarization beats, 28 -32 degenerate four wave mixing, [33][34][35][36] and RIKES.…”