Connecting chemical dynamics in gases and liquids

Article Abstract:

Modern ultrafast spectroscopic methods can be used to study chemical reaction dynamics in liquids and gases. The experiments that observe the flow of energy within a solute molecule and into surrounding solvent molecules have shown that the frequent interactions in a liquid do not destroy all of the dynamical information and these energy-transfer studies are the most advanced investigations of dynamics in liquids.

Science & research, Biomolecules, Energy transformation

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Subfemtosecond processes in strong laser fields

Article Abstract:

Subfemtosecond processes from a quasistatic perspective related to both atomic and molecular interactions in strong laser fields are yielding information. The time-dependent Born-Oppenheimer surfaces concept helps in the study of molecular dissociation and exchange reactions in infrared fields. Timed Coulomb explosions can be brought on using all-optical methods.

Usage, Observations, Molecular electronics, Chemistry, Physical and theoretical, Physical chemistry, Ionization, Dissociation, Dissociation reactions, Electrostatic interactions, Chemical lasers, Lasers in chemistry, Coulomb excitation

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