The coexistence of limit cycles in a phase space, so called birhythmicity, is a phenomenon
known to exist in many systems in various disciplines. Yet, detailed experimental …

A mathematical model of the biochemical reaction with nonlinear recycling of the product
into substrate is considered. The main control parameter of this model is the substrate …

The electrodissolution of p-type silicon in a fluoride-containing electrolyte is a prominent
electrochemical oscillator with a still unknown oscillation mechanism. In this article, we …

We consider a model where a population of diffusively coupled limit-cycle oscillators,
described by the complex Ginzburg–Landau equation, interacts nonlocally via an inertial …

We study a cell population described by a minimal mathematical model of the eukaryotic cell
cycle subject to periodic forcing that simultaneously perturbs the dynamics of the cell cycle …

The dynamics of glycolytic waves in a yeast extract have been investigated in an open
spatial reactor. At low protein contents in the extract, we find a transition from inwardly …

In a differential equation model of the molecular network governing cell growth and division,
cell cycle phases and transitions through checkpoints are associated with certain …

The cell generation or cell cycle time in a clonal population of identical unicellular organisms
growing under steady-state conditions in a carbon (or energy)-limited continuous culture …

We investigate spatiotemporal phenomena of the electrodissolution of Si in a fluoride-
containing electrolyte in the birhythmic parameter region, using electrochemical …

Spontaneous spiral breakup scenarios are investigated in a reaction-diffusion glycolytic
medium exhibiting birhythmic dynamics, in which, depending on the direction the system is …