Conjugated polymers exhibit a unique portfolio of electrical and electrochemical behavior,
which–paired with the mechanical properties that are typical for macromolecules–make …

Straining conjugated polymer films is an effective strategy for controlling molecular
orientation. Aligning polymer chains within the film plane significantly influences both …

This study focuses on the impact of dopant location in the semicrystalline structure of
regioregular poly (3‐hexylthiophene‐2, 5‐diyl) on the long‐term stability of thermoelectric …

The proliferation of distributed microelectronics and sensors necessitates adaptable,
scalable, and cost‐effective power supplies. Organic thermoelectric generators (TEGs) that …

Alignment of organic molecules in Fabry–Pérot microcavities can lead to increased light-
matter coupling and polarization-dependent formation of exciton–polaritons. So far, only a …

Orienting polymer semiconductors is desirable to optimize device characteristics, provide
insight into microstructure, and magnify subtle phase behavior. Here, a combination of …

Controlling the microstructure of semiconducting polymers is critical for optimizing
thermoelectric performance, yet remains challenging, requiring complex processing …

In this work, we leverage the versatility of inkjet printing technology with a commercial
PEDOT: PSS ink to evaluate the thermoelectric performances of films deposited on different …

The preparation of supramolecular mesoscale structures with high intrinsic order and
orientation based on π-conjugated systems is of fundamental interest for studying their …

The ability to tune the polymorph and crystal orientation of semiconducting conjugated
polymers provides a powerful platform for revealing processing–structure–property …