Chemical reactions can interplay with hydrodynamic flows to generate various complex
phenomena. Because of their relevance in many research areas, chemically-induced …

Can simple chemistry drive the emergence of self‐organised complex behaviours?
Addressing this big‐picture question crucially impacts the comprehension of fundamental …

Pattern forming instabilities are often encountered in a wide variety of natural phenomena
and technological applications, from self-organization in biological and chemical systems to …

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 …

When traveling in thin solution layers, autocatalytic chemical fronts may be deformed and
accelerated by convective currents that develop because of density and surface tension …

Pulsatile chemo-hydrodynamic patterns due to a coupling between an oscillating chemical
reaction and buoyancy-driven hydrodynamic flows can develop when two solutions of …

We present a new mechanism through which chemical oscillations and waves can be
induced in batch conditions with a simple A+ B→ C reaction in the absence of any nonlinear …

A reactive interface in the form of an autocatalytic reaction front propagating in a bulk phase
can generate a dynamic contact line upon reaching the free surface when a surface tension …

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 …