Controlling the spin states to modulate their optical properties is crucial for spintronics and
emerging quantum technologies. Open-shell luminescent diradicals are promising …

Organic materials are promising candidates for thermoelectric cooling and energy
harvesting at room temperature. However, their electrical conductance (G) and Seebeck …

Open‐shell materials bearing multiple spin centres provide a key route to efficient charge
transport in single‐molecule electronic devices. They have narrow energy gaps, and their …

The ability to control single molecule electronic conductance is imperative for achieving
functional molecular electronics applications such as insulation, switching, and energy …

The discovery of air-stable organic radicals has sparked interest in their applications in
molecular electronics and spintronics. These radicals possess open-shell electronic …

Existing modelling tools, developed to aid the design of efficient molecular wires and to
better understand their charge‐transport behaviour and mechanism, have limitations in …

Both naphthalene and azulene have the same number of carbon and hydrogen atoms, but
the former is an alternant hydrocarbon and the latter is a nonalternant hydrocarbon. This …

Thermoelectric materials have garnered significant interest for their potential to efficiently
convert waste heat into electrical energy at room temperature without moving parts or …

Zigzag graphene nanoribbons (ZGNRs) are known to possess spin moments at the
hydrogen-terminated edge carbon atoms; thus, spin-polarized electron transmission is …