Coherent nuclear wavepacket behavior obtained by time-resolved spectroscopy is a good
choice to capture the real-time evolution of molecular configuration. Using femtosecond time …

Symmetry effects in internal conversion are studied by means of two isomeric cyclic tertiary
aliphatic amines in a velocity map imaging (VMI) experiment on the femtosecond timescale …

Molecular structures in the electronically excited (S1) and cationic (D0) states of 2-
fluorothioanisole (2-FTA) have been precisely refined from the real-time dynamics of the …

Time-resolved photoelectron imaging is employed to investigate the relaxation dynamics of
the lowest two excited electronic states S 1 (ππ*) and S 2 (π3s/πσ*) in 2, 4-difluoroaniline …

Quantum beat frequency is the basis for understanding interference effects and vibrational
wave packet dynamics and has important applications. Using femtosecond time-resolved …

Coherent wavepacket motion in photoexcited pyrimidine has been initiated and visualized in
real time using femtosecond time-resolved ion-yield spectroscopy. A coherent superposition …

Time-resolved photoionization is a powerful experimental approach to unravel the excited
state dynamics in isolated polyatomic molecules. Depending on species of the collected …

A recent experimental study with time-resolved velocity map imaging demonstrated that the
total kinetic energy release spectra obtained from photodissociation of ortho and meta …