We present a theoretical formalism for the calculation of attosecond delays in molecular
photoionization. It is shown how delays relevant to one-photon-ionization, also known as …

Angular distributions of C 1 s photoelectrons from fixed-in-space CO molecules have been
measured with vibrational resolution. A strong dependence of the angular distributions on …

Vibrational branching ratios and photoelectron asymmetry parameters for alternative
vibrational modes in the photoionization of N 20 (7 uI) have been studied using accurate …

We present the first measurements of ion rotational distributions for photoionization over an
extended range [0≤ EK≤ 200 eV for N2 (2σ− 1 u) and 3≤ EK≤ 125 eV for CO (4σ− 1)] …

We review how electronic and vibrational degrees of freedom become coupled in molecular
photoionization, and describe effects that emerge as the molecular complexity increases …

We present results on the energy dependence of the vibrational branching ratio for the
bending mode in CO 2 3σ u− 1 photoionization. Specifically, we determine the v+=(0, 1 …

Abstract Using N 2 2 σ u− 1 photoionization as an example, we present the first
measurements and calculations of photoion vibrational distributions for an extended energy …

We present vibrationally resolved photoelectron studies of the 000, 100, 200, and 001
modes of the A ̃ state (7σ− 1) of N2 O+ in the 17.4–26 eV photon‐energy range. The …

We have measured photoionization cross sections and photoelectron asymmetry
parameters for each of the core levels of N2O. We have also carried out frozen‐and relaxed …

We demonstrate the observation of neutral dissociation, which provides the possibility of a
spectroscopy of highly lying superexcited states. The yield spectrum of the undispersed …