Polymers have many advantages such as low weight, low cost, and, importantly, stability
under thermal, chemical, and mechanical stress. This stability, on the other hand, leads to …

Bioelectronics is an interdisciplinary field of research that aims to establish a synergy
between electronics and biology. Contributing to a deeper understanding of bioelectronic …

Carotenoids are a class of biobased conjugated molecules that bear a resemblance to the
substructure of polyacetylene, a well-known conductive but insoluble polymer. Solubility is …

Polyimides (PIs) used in advanced electrical and electronic devices can be electrically/
mechanically damaged, resulting in a significant waste of resources. Closed‐loop chemical …

Current understanding of molecular design principles for degradable imine-based polymer
semiconductors is limited to semicrystalline polymer morphologies. Herein, we design and …

Luminescent polymers are of great interest in a number of photonic technologies, including
electroluminescence, bioimaging, medical diagnosis, bio-stimulation and security signage …

The development and optimization of reliable polymerization methods are needed for the
synthesis of degradable imine-based conjugated polymers, which are attractive materials for …

Stretchable polymer semiconductors are essential materials to realize soft skin-like
electronics. However, most high-mobility semiconducting polymers suffer from poor …

Dynamic covalent chemistry (DCvC) has become an important tool in developing smart
materials in the past few decades. By incorporating reversible covalent bonds into …

Conjugated polymers have received significant attention as potentially lightweight and
highly tailorable alternatives to inorganic semiconductors, but their synthesis is often …