One of the holy grails of contemporary science is to understand and manipulate chemical
reactions to obtain desired products preferentially. To achieve this goal, chemists …

A comparative study of bond rearrangement is reported for the double ionization of three
triatomic molecules: carbon dioxide, carbonyl sulfide, and water (D 2 O). Specifically, we …

We have utilized Raman tweezers to measure and assign micro-Raman spectra of optically
trapped, live red blood cells (RBCs), white blood cells (WBCs) and platelets. Various types …

The mechanism of reversible hydrogen evolution and oxidation reactions (HER and HOR)
on Pt electrode is explained and a thermodynamic contradiction related to participation of an …

Strong-field ionization of CH3Cl using femtosecond laser pulses, and the subsequent two-
body dissociation of CH3Cl2+ along Hn+ (n= 1–3) and HCl+ forming pathways, have been …

The dissociation of NH 3 is studied using energetic H+ and Ar q+(q= 1, 8) ions. The multi-ion
coincidence technique along with the time-and position-sensitive measurements of the …

Water isotopologues are doubly ionized by phase-controlled asymmetric ω/2ω laser fields,
and their two-body fragmentation channels leading to pairs of OH+/H+[channel (I)] and H …

Hydrogen and deuterium intramolecular migration in water's isotopomer dications has been
found to depend on the wavelength of the laser used for the excitation. This is imprinted in …

The angular anisotropy of fragments created in the dissociation of core-electron excited
water molecules is studied to probe the correlation between fragmentation channels …

One of the holy grails of contemporary science has been to establish the possibility of
preferentially breaking one of several bonds in a molecule. For instance, the two O–H bonds …