Chemical doping plays a crucial role in enhancing the performance of OSC-based devices, involving various technologies like light-emitting diodes, photovoltaics, and transistors. Existing methods use strong dopants with high reactivity and cost, leading to stability challenges. Developing a strategy with widely available, cost-effective, and less reactive dopants is vital for better compatibility with semiconductor devices.
Photocatalysts act as electron shuttles to oxidize or reduce aromatic compounds, with potential applications in doping OSCs. Using photocatalytic doping could offer efficient and selective redox reactions, posing questions about its efficacy, generalizability, and impact on technology.
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