A pair of simulated left and right circularly polarized ultra‐fast laser pulses of duration 20
femtoseconds that induce a mixture of excited states are applied to ethane. The response of …

We located the unknown chirality–helicity equivalence in molecules with a chiral center, and
as a consequence, the degeneracy of the S and R stereoisomers of lactic acid was lifted. An …

We use the newly introduced spanning stress tensor trajectory U σ-space construction within
next generation quantum theory of atoms in molecules (NG-QTAIM) for a chirality …

The H2O/D2O/HDO isotopomers of water are presented in terms that enable bond-flexing,
bond-twist and bond-anharmonicity to be quantified during the bending (Q1), symmetric …

We introduce a development of next generation quantum theory of atoms in molecules (NG-
QTAIM) for an investigation of the chirality of ethane. A new isomer type Q σ is discovered in …

The realization of technologically relevant functional systems from idealized photochromic
compounds remains elusive due to the double requirement that such switches must possess …

The potential relations between the measure of topological interatomic bonding—integrals
of electron density with respect to internuclear axis over the corresponding quantum theory …

The current work investigates candidate building blocks based on molecular junctions from
hydrogen transfer tautomerization in the benzoquinone‐like core of an azophenine …

We investigate the construction of an ultra-fast laser probe to determine the response of the
electron dynamics of ethane using next generation QTAIM (NG-QTAIM). This is undertaken …

We located “hidden” S‐character chirality in formally achiral glycine using a vector‐based
interpretation of the total electronic charge density distribution. We induced the formation of …