Organic electronics has become one of the fastest developing fields with exciting advances
in discovering novel organic semiconductors, enhancing charge carrier mobility, and …

A binary system comprising both an organic semiconductor and a polymer additive has
attracted extensive research interests due to its great potential for use in high-performance …

In recent years, the charge carrier mobility study of organic semiconductors has seen
significant progress and surpassed that of amorphous silicon thanks to the development of …

The incorporation of semi-crystalline polymers as additives with small-molecule organic
semiconductors has emerged as a pioneering method for the alteration of crystallization …

In this article, we provide an in-depth review of important works on phase segregation which
occurs as a result of mixing organic semiconductors with polymeric additives. Throughout …

Solution processed, flexible electronics has garnered great research attention in the last
decade, and has found promising applications in semiconductor device fabrication such as …

The utilization of polymer additives provides an intriguing pathway to tune the electrical
performance of solution-grown, small-molecular organic semiconductors. In this study, we …

Nowadays, organic polar crystals are likely to replace and surpass inorganic crystals as the
new generation of functional crystal materials due to their ultrafast nonlinear optical …

While great progress has been achieved in the research of various solution-processed
organic semiconductors, the randomized crystal orientations and charge carrier mobility …

Bias-stress instability has been a challenging problem, severely hindering the practical
applications of organic field-effect transistors (OFETs). In this work, we demonstrate a …