Far from the thermodynamic equilibrium, many precipitation reactions create complex
product structures with fascinating features caused by their unusual origins. Unlike the …

Autocatalytic pH clocks can be useful to control self-assembly in the time domain. Their
applications are, however, limited by the currently available toolbox. We describe here an …

We demonstrate the autonomous synthesis of iron (hydr) oxide (green rust, magnetite, and
lepidocrocite) nanoparticles by precipitating iron (II) ions using hydroxide ions generated in …

Patterning nanocrystals in polymer films is essential for the widespread use of nanocrystals
in various fields from optics to electronics; therefore, the development of patterning methods …

The reaction–diffusion–advection properties of autocatalytic fronts are studied both
theoretically and experimentally in the case where the autocatalytic species is injected …

Acid‐autocatalyzed clock reactions are chemical systems able to suddenly lower pH after a
certain time. They would be useful to program self‐assembly of pH‐responsive building …

The self-assembly of nanoscopic building blocks into higher order macroscopic patterns is
one possible approach for the bottom-up fabrication of complex functional systems …

The autonomous activation of acid‐autocatalyzed sulfite–halogenate (iodate, bromate,
chlorate) reactions is programmed using slow acid generators (δ‐gluconolactone GL, and 1 …

There is increasing interest in using chemical clock reactions to drive material formation;
however, these reactions are often subject to chemoconvective effects, and control of such …

We demonstrate the autonomous synthesis of iron (hydr) oxide (green rust, magnetite, and
lepidocrocite) nanoparticles by precipitating iron (II) ions using hydroxide ions generated in …