Carbon‐based allotropes are propelling a technological revolution in communication,
sensing, and computing, concurrently challenging fundamental theories of the previous …

All-carbon atomic rings, cyclo [n] carbons, have recently attracted vivid attention of
experimentalists and theoreticians. Among them, cyclo [18] carbon is the most studied …

Carbon-based nanomaterials have been extensively used for gas or biomolecule sensing
applications in recent years. Nitrobenzene (NB) is one of the major environmental pollutants …

The advent of femtosecond to attosecond experimental tools has made now possible to
study such ultrafast carrier dynamics, eg, the spatial and temporal charge density evolution …

Gas-phase reactions of [OsC3]+ with methane at ambient temperature have been studied by
using quadrupole-ion trap mass spectrometry combined with quantum chemical …

Vibrations affect molecular optoelectronic properties, even at zero kelvin. Accounting for
these effects using computational modelling is costly, as it requires many calculations at …

Abstract Cyclo [4 n+ 2] carbons are sp-bonded carbon rings in which Hückel rule predicts a
fully symmetric structure that is, however, in competition with the second order Jahn–Teller …

Vibrations can significantly affect molecular properties, even at zero Kelvin. Accounting for
these effects when using computational modelling is costly, as it requires many calculations …