A common behavior found in nature is the ability of plants and animals to naturally respond
to their surroundings through actuation. Stimuli‐responsive polymers exhibit the same ability …

Flexible electronics have gained considerable attention for application in wearable devices.
Organic transistors are potential candidates to develop flexible integrated circuits (ICs). A …

Herein, highlights from the recent literature regarding functional dye-polymer conjugates
obtained by ring opening metathesis polymerization (ROMP) are presented and the different …

We present a new multi-responsive hydrogel based on oligo (ethylene glycol) methacrylate
(OEGMA) and incorporating the photosensitive monomer 4-acetoxystyrene (AOST). Light …

Flexible electronics has paved the way toward the development of next-generation wearable
and implantable healthcare devices, including multimodal sensors. Integrating flexible …

In recent years, organic thin-film transistors (OTFTs) have attracted a great deal of attention
due to their potential applications in low cost sensors,[1] memory cards,[2] and integrated …

Mid-infrared photothermal (MIP) microscopy has recently attracted increasing attention for
use in super-resolution infrared (IR) absorption imaging in a broad range of fields, including …

A high-performing bottom-gate top-contact pentacene-based oTFT technology with an
ultrathin (25–48 nm) and electrically dense photopatternable polymeric gate dielectric layer …

Patterning and tuning of the refractive index in polymers by means of UV-light is of great
interest for optical applications such as polymeric waveguides or optical data storage …

Tuning and patterning of the refractive index in polymeric films is of importance for modern
optical applications such as wave guiding and optical data storage. In this contribution, we …