Circadian clocks are important to much of life on Earth and are of inherent interest to
humanity, implicated in fields ranging from agriculture and ecology to developmental biology …

Nongenetic cellular heterogeneity is associated with aging and disease. However, the
origins of cell-to-cell variability are complex and the individual contributions of different …

Circadian rhythms have been observed in behavioral and physiological activities of living
things exposed to the natural 24 h light-darkness cycle. Interestingly, even under constant …

Modern imaging techniques allow the monitoring of circadian rhythms of single cells.
Coupling between these single cellular circadian oscillators can generate coherent periodic …

Circadian rhythms (lasting approximately 24 h) control and entrain various physiological
processes, ranging from neural activity and hormone secretion to sleep cycles and eating …

Networks whose structure of connections evolves in time constitute a big challenge in the
study of synchronization, in particular when the time scales for the evolution of the graph …

A ubiquitous feature of the circadian clock across life forms is its organization as a network of
cellular oscillators, with individual cellular oscillators within the network often exhibiting …

Heterogeneity is omnipresent across all living systems. Diversity enriches the dynamical
repertoire of these systems but remains challenging to reconcile with their manifest …

We investigate the phase diagram of the Sakaguchi-Kuramoto model with a higher-order
interaction along with the traditional pairwise interaction. We also introduce asymmetry …

The main function of the principal clock located in the suprachiasmatic nucleus (SCN) of
mammals is synchronizing the body rhythms to the 24 h light-dark cycle. Additionally, the …