While organic materials have demonstrated industry-leading performances in a wide array
of electronic applications (including OLEDs and OPVs), their use for integration into …

Demand for organic electronics has growth tremendously for the past decade, owing to their
high flexibility and low processing cost attributes. As part of the important elements in …

We report the first implementation of a complementary circuit using thin-film source-gated
transistors (SGTs). The n-channel and p-channel SGTs were fabricated using the inorganic …

Organic mixed ionic–electronic conductors (OMIECs) have varied performance
requirements across a diverse application space. Chemically doping the OMIEC can be a …

The ability to tune the electronic properties of soluble wide bandgap semiconductors is
crucial for their successful implementation as carrier‐selective interlayers in large area …

The monolithic three-dimensional vertical integration of thin-film transistor (TFT)
technologies could be used to create high-density, energy-efficient and low-cost integrated …

Highly crystalline thin films in organic semiconductors are important for applications in high‐
performance organic optoelectronics. Here, the effect of grain boundaries on the Hall effect …

Oxide semiconductors are desirable for large-area and/or flexible electronics. Here, we
report highly optimized complementary inverters based on n-type indium–gallium–zinc …

High-throughput printing-based fabrication has emerged as a key enabler of flexible
electronics given its unique capability for low-cost integration of circuits based on printed …

Metal-oxide-semiconductors (MOS) have become an ideal candidate for the next-generation
optoelectronic device applications. However, high processing temperature and complicate …