One of the most fundamental problems in chemistry is understanding how chemical reactions occur: that is, how reagents make their journey to products. Traditionally, chemists start by studying the thermodynamics of a reaction, then its rate, and finally postulate its mechanism
International audienceA laser pulse can switch certain crystals from an insulating phase to a highly...
Femtoscience offers a unique way to understand the dynamics in physics, chemistry and biology. This ...
Only a few years after femtochemistry was first established as a field of research did we witness an...
Femtochemistry is concerned with the very act of the molecular motion that brings about chemistry, ...
Ultrafast laser spectroscopy has extended reaction-dynamic studies into the dcosecond and femtosecon...
Over many millennia, humankind has thought to explore phenomena on an ever shorter time scale. In th...
Femtochemistry, the real-time study of reactions on a timescale that captures the molecular and atom...
A b s t r a c t In the course of photo and radiation chemical processes, reactants are converted int...
This review highlights, with a historical perspective, the development of the field, with focus on t...
Recent advances made in laser femtochemistry are presented. Extensions to the high pressure regime (...
This Centennial Issue of The Journal of Physical Chemistry marks not only its achievements since bir...
To study transition structures that are formed in real time during a chemical reaction process, it i...
A decade ago this magazine devoted a special issue to laser chemistry (see PHYSICS TODAY, November 1...
Evolving Laser Capabilities Enable Discoveries in Chemistry. The continued evolution of laser proper...
The motion of atoms in molecules and in the course of reactions occurs on infinitesimal length and t...
International audienceA laser pulse can switch certain crystals from an insulating phase to a highly...
Femtoscience offers a unique way to understand the dynamics in physics, chemistry and biology. This ...
Only a few years after femtochemistry was first established as a field of research did we witness an...
Femtochemistry is concerned with the very act of the molecular motion that brings about chemistry, ...
Ultrafast laser spectroscopy has extended reaction-dynamic studies into the dcosecond and femtosecon...
Over many millennia, humankind has thought to explore phenomena on an ever shorter time scale. In th...
Femtochemistry, the real-time study of reactions on a timescale that captures the molecular and atom...
A b s t r a c t In the course of photo and radiation chemical processes, reactants are converted int...
This review highlights, with a historical perspective, the development of the field, with focus on t...
Recent advances made in laser femtochemistry are presented. Extensions to the high pressure regime (...
This Centennial Issue of The Journal of Physical Chemistry marks not only its achievements since bir...
To study transition structures that are formed in real time during a chemical reaction process, it i...
A decade ago this magazine devoted a special issue to laser chemistry (see PHYSICS TODAY, November 1...
Evolving Laser Capabilities Enable Discoveries in Chemistry. The continued evolution of laser proper...
The motion of atoms in molecules and in the course of reactions occurs on infinitesimal length and t...
International audienceA laser pulse can switch certain crystals from an insulating phase to a highly...
Femtoscience offers a unique way to understand the dynamics in physics, chemistry and biology. This ...
Only a few years after femtochemistry was first established as a field of research did we witness an...