Rovibrational quantum states in the X1Σ g+ electronic ground state of H2 are prepared in the
v= 13 vibrational level up to its highest bound rotational level J= 7, and in the highest bound …

H2S is being detected in the atmospheres of ever more interstellar bodies, and photolysis is
an important mechanism by which it is processed. Here, we report H Rydberg atom time-of …

Quasi-bound resonances of H 2 are produced via two-photon photolysis of H 2 S molecules
as reactive intermediates or transition states and detected before decay of the parent …

Calculations of hyperfine splittings in H 2 are needed for an accurate experimental
determination of frequencies of rovibrational transitions and the dissociation energy in H 2 …

Two-photon UV-photolysis of hydrogen sulfide molecules is applied to produce hydrogen
molecules in highly excited vibrational levels in the X 1 Σ g+ electronic ground state, up to …

Understanding ozone photodissociation dynamics is a key component to accurately
modeling atmospheric chemistry, and the energy partitioning into the fragments and its wave …

Hydrogen molecules plays an important role in research of fundamental physics as the
subject of this thesis. H2 is the simplest neutral molecule consisting of two protons and two …

Two-photon UV-photolysis of hydrogen sulfide molecules is applied to produce hydrogen
molecules in highly excited vibrational levels in the\X\electronic ground state, up to the …

abstract In the framework of quantum chromodynamics (QCD), parton distribution functions
(PDFs) quantify how the momentum and spin of a hadron are divided among its quark and …