Co-assembly is a key phenomenon in life, playing a significant role in various biological
processes. In particular, supramolecular composite hydrogels (SMCHs) form through the …

Currently, hydrogel-based flexible devices become hot areas for scientists in the field of
electronic devices, artificial intelligence, human motion detection, and electronic skin. These …

The capacity of materials to detect and adapt to environmental changes has long fascinated
researchers, leading to the development of smart materials. These materials, particularly …

The development of high-performance hydrogels with superior strength, stretchability, and
conductivity is critical to the practical application of flexible sensors. In this study, we …

Natural polymer-based luminescent materials (NPLMs) are widely used in various fields of
science and technology during the high-tech era. This study describes the formation of …

Fluorescent polymer hydrogels (FPHs) with tunable luminous features have attracted
immense interest. Nevertheless, until now, the development of most FPHs had been …

Multimode interactive displays utilizing more than two stimulus-responsive light
manipulation schemes have attracted considerable attention. However, sensing displays …

In this study, a reversible pressure‐sensing material with high sensitivity is presented. Mixed
β‐diketonate complexes of Tb3+ and Eu3+ [(Ln)(acac) 3phen] are synthesized with …

A series of stimuli-responsive fluorescent hydrogels were successfully synthesized via
micelle radical copolymerization of hydrophilic acrylamide (AM), hydrophobic chromophore …

This research paper explores the production of acrylamide-based homo-polymers and
copolymers via inverse emulsion polymerization with varying monomer compositions. It …