The physical origin of behaviour in biological organisms is distinct from those of non-living
systems in one significant way: organisms exhibit intentionality or goal-directed behaviour …

The Turing instability is one of the most commonly studied mechanisms leading to pattern
formation in reaction–diffusion systems, yet there are still many open questions on the …

We investigate the emergence of Turing patterns in a system growing as a rotating spiral in
two dimensions, utilizing the photosensitivity of the chlorine dioxide–iodine–malonic acid …

This work analyzes the effect of wall geometry when a reaction–diffusion system is confined
to a narrow channel. In particular, we study the entropy production density in the reversible …

We present an efficient model for describing morphogenesis and the emergence of
spatiotemporal structures in synthetic chemical cells. This work is motivated by an …

This article concerns with the numerical investigations of the reaction–diffusion systems
(RDSs) arising in the study of pattern formation in biological and chemical systems with the …

We present the main concepts of nonlinear dynamics and thermodynamics of irreversible
processes to introduce chemistry students to the topic of self-organized phenomena. This …

O termo" auto-organização em sistemas químicos" compreende a área de estudo da
dinâmica de sistemas que reagem quimicamente em condições afastadas do equilíbrio …