Only a few years after femtochemistry was first established as a field of research did we witness an explosion of research in all phases of matter and in biological systems. The reason behind this explosion is fundamentals-chemical bonds form and break on the femtosecond time scale, and on this scale of time we can freeze the transition states at configurations never seen before. Even if there is no reactants-to-products transformations - physical changes - one is observing the most elementary of all molecular processes. On a time scale shorter than the vibrational and rotational periods, the ensemble behaves coherently as a single-molecule trajectory
When a chemical bond is broken in a direct dissociationreaction, the process is so rapid that it has...
Ultrafast laser spectroscopy has extended reaction-dynamic studies into the dcosecond and femtosecon...
A number of examples illustrate structural-dynamics studies of picosecond and slower photo-induced p...
Only a few years after femtochemistry was first established as a field of research did we witness an...
Over many millennia, humankind has thought to explore phenomena on an ever shorter time scale. In th...
This Centennial Issue of The Journal of Physical Chemistry marks not only its achievements since bir...
Femtoscience offers a unique way to understand the dynamics in physics, chemistry and biology. This ...
This review highlights, with a historical perspective, the development of the field, with focus on t...
A brief review of the developments leading to the advent of femtochemistry is presented, along with ...
Femtochemistry is concerned with the very act of the molecular motion that brings about chemistry, ...
This book presents the latest developments in Femtosecond Chemistry and Physics for the study of ult...
A long-held thought experiment of science is the direct observation of the motions of atoms and mole...
To study transition structures that are formed in real time during a chemical reaction process, it i...
To fully understand atomic and molecular dynamics scientists must be able to probe and study dynamic...
A b s t r a c t In the course of photo and radiation chemical processes, reactants are converted int...
When a chemical bond is broken in a direct dissociationreaction, the process is so rapid that it has...
Ultrafast laser spectroscopy has extended reaction-dynamic studies into the dcosecond and femtosecon...
A number of examples illustrate structural-dynamics studies of picosecond and slower photo-induced p...
Only a few years after femtochemistry was first established as a field of research did we witness an...
Over many millennia, humankind has thought to explore phenomena on an ever shorter time scale. In th...
This Centennial Issue of The Journal of Physical Chemistry marks not only its achievements since bir...
Femtoscience offers a unique way to understand the dynamics in physics, chemistry and biology. This ...
This review highlights, with a historical perspective, the development of the field, with focus on t...
A brief review of the developments leading to the advent of femtochemistry is presented, along with ...
Femtochemistry is concerned with the very act of the molecular motion that brings about chemistry, ...
This book presents the latest developments in Femtosecond Chemistry and Physics for the study of ult...
A long-held thought experiment of science is the direct observation of the motions of atoms and mole...
To study transition structures that are formed in real time during a chemical reaction process, it i...
To fully understand atomic and molecular dynamics scientists must be able to probe and study dynamic...
A b s t r a c t In the course of photo and radiation chemical processes, reactants are converted int...
When a chemical bond is broken in a direct dissociationreaction, the process is so rapid that it has...
Ultrafast laser spectroscopy has extended reaction-dynamic studies into the dcosecond and femtosecon...
A number of examples illustrate structural-dynamics studies of picosecond and slower photo-induced p...