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Research News

Stretchable polymer semiconductors are an essential component for skin-inspired electronics. However, the lack of scalable patterning capability of stretchable polymer semiconductors limits the development of stretchable electronics. To address this issue, a photo-patternable stretchable semi-interpenetrating polymer network (SIPN) through thiol–ene chemistry is developed. This work provides a way to design photo-curable polymer semiconductors for the mass production.

Our group and Prof. Chueh, and co-workers develop a floating-gate-free transistor based on the ambipolar diketopyrrolopyrrole-based conjugated polymers. In this work, we have found the hole /electron mobility ratio is critical for controlling device characteristics from nonvolatile memory to artificial synapses.

Lab News

This textbook provide a basic concept about organic semiconductors including molecular design, device application, opticals, physics and synthesis. (edited by Jean-Luc Bredas & Seth R Marder).