This hydrogel can be programmed to reversibly switch its mechanical properties in response to a simple environmental cue.
This hydrogel can be programmed to reversibly switch its mechanical properties in response to a simple environmental cue.
Researchers have demonstrated all-aqueous-printed transparent electrodes and semiconducting layers for high performance, low-cost transistors for flexible electronics applications.
Video: Opinions on the future of polymer science, exciting recent developments, and the impact of polymer science on and its’ contribution to society.
Plastic strain engineering to analyze the effect of dislocation space charges on electrical and oxygen diffusion properties in SrTiO3 as a model oxide.
Antitumour platform comes of age: this system gets the responsible drug to keep itself in check for transport and delivery.
The NITEC reaction is explored with tetrazole-functionalised microparticles, and demonstrates micrometer-scale resolution as a surface-patterning technique.
Thermally activated delayed fluorescence (TADF)-type compounds have potential to become high-efficiency-solid-state lighting technologies in the future.
It reads like the plot of an action movie: against all odds, an unassuming catalyst avoids deactivation and captures its target with record effectiveness.
Superamphiphobic and durable coatings on woven/non-woven surfaces for repelling many types of liquids.
Thin, stretchable chemical sensing systems that mount on open cellular substrates for biofluids.