Research on reactive and on energy transfer collisions between molecules, which are preselected into a particular quantum state and subsequently also resolved in regard to their quantum state upon a thermal collision.
Research upon the dependency of the spatial orientation of an incoming molecule upon the outcome of a reactive or rotationally inelastic collision with an atom or another molecule or a surface. Both in regard to their experimental outcome and in regard to theis quantum mechanics based theoretically prediction.
Research on the fragmentation and ionization of quantun state selected and if possible spatially oriented c.q. aligned molecules upon their exposure to an intense femto sec duration laser pulse. These studies aim to obtain insight and to become knowlegdible upon specificity of the laser photon absorbed ienergy and molecular orientation onto the upon the absorption femto sec laser photons resulting recoil energy and angular distributions of the various ionic and neutral fragments resulting upon the firing of thre intense femto sec laser pulse.