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Circular dichroism (CD) is known to be a very sensitive probe of the conformation of  molecules and biomolecules. It is therefore tempting to implement CD in a pump-probe  experiment in order to measure ultrarapid conformational changes which occur in  photochemical processes. We present two technical developments of such time-resolved CD  experiments. The first one relies on the modulation of the probe polarization from left to  right circular whereas the second one measures the pump-induced ellipticity of the probe  with a Babinet-Soleil compensator. Some applications are described and extension of these  techniques towards the study of elementary protein folding processes is discussed

Time-resolved circular dichroism: Application to the study of conformal changes in biomolecules