Photomolecular Science -How are molecules manipulated by light?-
Upon absorbing a photon, a molecule can undergo a variety of photoprocesses like photoisomerization, photoinduced electron transfer, and photoinduced atom transfer reactions. Photomolecular science deals with the light-matter interaction by looking into the mechanisms of these elementary photoprocesses and is the field where our time-resolved spectroscopies play major roles. The forthcoming 21st Century is said to be the Century of Light. Photomolecular science is most likely to be a main stream of the material science of the Next Century.
Reviews Related to Photomolecular Science
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- Picosecond energy dissipation of photoexcited molecules in solution : how a solute interacts with solvents
- New photoisomerization of diphenylacetylene as revealed by picosecond 2-D multiplex CARS spectroscopy
- Ultra fast physical-chemical process of retinal
- Solvent-mediated Intermolecular Electron Transfer Reaction of Photoexcited Biphenyl in Alcohols
- Photoisomerization Proceeds in an Ionic Liquid?
- Rotation around a Double Bond Takes Place in the Excited Electronic State; The Dynamic Polarization Model of Photoisomerization
- Ultrafast Stepwise Double Proton Transfer Reaction in the Excited State of 2-Aminopyridine/Acetic Acid Complex