By modifying a physical property of a solution like its density or viscosity, chemical reactions
can modify and even trigger convective flows. These flows in turn affect the spatiotemporal …

Chemical oscillators attract transversal interest not only as useful models for understanding
and controlling (bio) chemical complexity far from the equilibrium, but also as promising …

Phase separation is ubiquitous in nature and technology. So far, the focus has primarily
been on phase separation occurring in the bulk phase. Recently, phase separation taking …

Chemical reactions can impact mixing in partially miscible stratifications by affecting
buoyancy-driven convection developing when one phase dissolves into the other one in the …

The interplay of reaction and diffusion processes can trigger localized spatiotemporal
patterns when two solutions containing separate reactants A and B of an oscillating reaction …

Chemohydrodynamic patterns due to the interplay of buoyancy-driven instabilities and
reaction–diffusion patterns are studied experimentally in a vertical quasi-two-dimensional …

The emergence of self-organized behaviors such as spatio-temporal oscillations is well-
known for complex reactions involving nonlinear chemical or thermal feedback. Recently, it …

Oscillatory kinetics coupled to diffusion can produce traveling waves as observed in
physical, chemical, and biological systems. We show experimentally that the properties of …

A pH-changing clock chemical system, also known to induce changes in viscosity, is shown
experimentally to induce a viscous fingering instability during the displacement of reactive …

The Briggs–Rauscher reaction is a popular demonstration to illustrate chemical oscillations
in laboratories, classrooms, and public seminars because of its simplicity and visual appeal …