Molecular doping of conjugated polymers (CPs) is critical to improve their electrical
properties in organic thermoelectric materials, which are promising candidates for low …

Morphological and electronic properties of indacenodithiophene-co-benzothiadiazole
(IDTBT) copolymer with varying molecular weights are calculated through combined …

Conjugated polymers (CPs) are a promising class of materials for organic thermoelectric
generators (OTEGs); however, achieving high electrical conductivity through molecular …

Amorphous materials have been recognized as highly active electrocatalysts due to their
abundant active sites stems from unsaturated chemical bonds. In addition, the application of …

Multipolaron complexes in p-doped poly (3-hexylthiophene) films are investigated
theoretically for polaron-anion configurations in which stationary dopant anions are …

Chemical doping of organic semiconductors is an essential enabler for applications in
electronic and energy-conversion devices such as thermoelectrics. Here, Lewis-paired …

Polymeric mixed ionic–electronic conductors hold great potential for advancing high‐
performance organic electronics due to their exceptional electrical conductivity achieved …

Despite recent dramatic improvements in the electronic characteristics of stretchable organic
field-effect transistors (FETs), their low operational stability remains a bottleneck for their use …

With the rise of skin‐like electronics, devices are increasingly coming into close contact with
the human body, creating a demand for polymer semiconductors (PSCs) that combine …

Doping is a crucial strategy for effectively modulating the charge transport properties of
organic semiconductors and thus the performance of the resulting organic optoelectronic …