Masahiko Takahashi
Noboru Watanabe
Associate Professor
  • molecular science
  • collision physics
  • multiparameter coincidence spectroscopy
  • momentum space wave function

Major Grad.Sch. of Engineering
Web Site

Visualization of electron motion in matter by means of electron compton scattering

Properties of matter, such as reactivity and functionality, are determined by the motion of the constituent electrons. For this reason we aim at developing new spectroscopic methods, by using electron Compton scattering, that would visualize the electron motion for stable species and most importantly the change of electron motion in transient species, which is the driving force behind any chemical reactions;
(1) development of molecular frame electron momentum spectroscopy for momentum-space imaging of molecular orbitals in the three-dimensional form,
(2) developments of multiparameter coincidence techniques for studies on stereo-dynamics in electron-molecule collisions,
(3) development of time-resolved electron momentum spectroscopy for visualization of the change of electron motion in transient species.


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