Photogenerated spin-correlated radical pairs (SCRPs) in electron donor–bridge–acceptor
(D–B–A) molecules can act as molecular qubits and inherently spin qubit pairs. SCRPs can …

Engineering a low singlet-triplet energy gap (ΔE ST) is necessary for efficient reverse
intersystem crossing (rISC) in delayed fluorescence (DF) organic semiconductors but results …

Currently the most likely mechanism of the magnetic compass sense in migratory songbirds
relies on the coherent spin dynamics of pairs of photochemically formed radicals in the …

Radical pair recombination reactions are normally described using a quantum mechanical
master equation for the electronic and nuclear spin density operator. The electron spin state …

Magnetic field effects on radical pair reactions arise due to the interplay of coherent electron
spin dynamics and spin relaxation effects, a rigorous treatment of which requires the solution …

Molecular qubits are an emerging platform in quantum information science due to the
unmatched structural control that chemical design and synthesis provide compared to other …

Magnetic control of molecular emission holds the promise of developing new magneto-
optical technologies. Spin dynamics of radical pairs can serve as a basis of control of …

Three new linearly arranged bichromophoric systems 1–3 have been prepared, and their
photophysical properties have been studied, taking also advantage of femtosecond pump …

Relaxation processes can have a large effect on the spin selective electron transfer
reactions of radical pairs. These processes are often treated using phenomenological …

The chemical reactivity of radical pairs is strongly influenced by the interactions of electronic
and nuclear spins. A detailed understanding of these effects requires a quantum description …