So far stimuli‐responsive polymer gels and their application to smart materials have been
widely studied; this research has contributed to progress in gel science and engineering. For …

The authors model wave propagation in swollen, chemoresponsive polymer gels that are
undergoing the oscillatory Belousov-Zhabotinsky (BZ) reaction. To carry out this study, they …

We developed an efficient model for responsive gels that captures large-scale, two-
dimensional (2D) deformations and chemical reactions within a swollen polymer network …

We have developed 'self-oscillating'gels that undergo spontaneous cyclic swelling–
deswelling changes without any on–off switching of external stimuli, as with heart muscle …

When UV–vis radiation interacts with matter, it can play as either a pump, or a developer, or
a signal. In this paper, we show that when UV–vis radiation interacts with very-far-from …

Over about the last two decades, many kinds of stimuli-responsive polymer gels in response
to the change in their surroundings such as solvent composition, temperature, pH, and …

Biological systems such as yeast show coordinated activity driven by chemical
communication between cells. Here, we show how experiments with coupled chemical …

We develop a computational model to capture the complex, three-dimensional behavior of
chemoresponsive polymer gels undergoing the Belousov-Zhabotinsky reaction. The model …

Polymer gels undergoing the Belousov–Zhabotinsky (BZ) reaction are unique materials
because the polymer network can undergo autonomous oscillations in the absence of …

Many kinds of stimuli-responsive polymer gels that respond to the change in their
surroundings such as solvent composition, temperature, pH, and supply of electric field have …