Simple Summary The study of the biological effects of time-varying magnetic fields has
attracted more and more attention from researchers, and the number of publications on this …

A popular hypothesis ascribes magnetoreception to a magnetosensitive recombination
reaction of a pair of radicals in the protein cryptochrome. Many theoretical studies of this …

Cryptochrome is currently the major contender of a protein to underpin magnetoreception,
the ability to sense the Earth's magnetic field. Among various types of cryptochromes …

Cryptochromes (CRYs), which are signaling proteins related to DNA photolyases, play
pivotal roles in sensory responses throughout biology, including growth and development …

Near-zero magnetic fields, called hypomagnetic fields, are known to impact biological
phenomena, including developmental processes, the circadian system, neuronal and brain …

Flavin-binding cryptochromes are blue-light sensitive photoreceptors that have been
implicated with magnetoreception in some species. The photocycle involves an intra-protein …

Cellular magnetic field effects are assumed to base on coherent singlet-triplet
interconversion of radical pairs that are sensitive to applied radiofrequency (RF) and weak …

We realize arbitrary-wave-form-based control of spin-selective recombination reactions of
radical pairs in the low-magnetic-field regime. To this end, we extend the gradient-ascent …

Weak magnetic field exposure can affect many biological processes across a wide range of
living organisms. Recently, it has been observed that weak magnetic fields can modulate …

Quantum sensing enables the ultimate precision attainable in parameter estimation.
Circumstantial evidence suggests that certain organisms, most notably migratory songbirds …