Achieving high conductivity in organic single crystals without disrupting their performance-enabling long-range molecular order is a central challenge in organic electronics. To approach this goal, we here introduce a universal synergistic ternary doping strategy comprising a primary dopant (FeCl3), a secondary accepto...
Yan-Wei Fan, Yu Wang, Guo-Cai Liu et al.· Advances in Materials· 0 citations
Efficient and controllable doping is an indispensable requirement for modulating charge carrier density, optimizing interfacial charge injection, and enabling high-performance organic optoelectronic, thermoelectric, and bioelectronic devices. While conventional doping strategies have historically relied on direct red...
Jing Guo, Huan Wei, Wen-Pei Shi et al.· Journal of Physical Chemistr...· 0 citations
Flexible electronic devices demand semiconducting materials that combine high charge transport performance, mechanical resilience, and compatibility with advanced patterning techniques. Conventional photolithography is incompatible with polymer semiconductors, and existing photo-crosslinking strategies often compromise...
Xin‐Lu Luo, Zhaoqiong Zhou, Nan Luo et al.· Advances in Materials· 0 citations
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