Danish scientists analyze advantages and disadvantages of the most promising printing technologies for metal back electrodes used in polymer solar cells.
Light-activated electroactive molecule-based memory microcells
Research team develop a novel all-solid AND logic gate which responds to non-chemical inputs irradiation (light) and applied electrical potential.
UCLA engineers develop a stretchable, foldable transparent electronic display
Researchers have developed a transparent, elastic organic light-emitting device that can be twisted at room temperature while retaining its original shape.
Miniaturization by dint of a novel etching process
The Germany company Akon revolutionized the entire electronics industry with a precise and environment friendly etching technology.
Room-temperature nanoparticle ceramics
Researchers create a dense, thick, and organic-binder-free ceramic film consisting of stress-free nanoparticles at room temperature.
Stretchable electronics are biocompatible
Team investigate the ability of the body to accept stretchable electronic devices for long-term use.
Spotlight on Polymer Chemistry, Issue 19
The Journal of Polymer Science Part A: Polymer Chemistry highlights some important research in the latest issue.
Revolutionary 3D displays
A new development pledges to revolutionize the fittings of future car interiors – 3D displays with homogeneous, fully customizable surfaces.
Prolonged optical emission in air-bridged carbon nanotubes
Ultraclean carbon nanotubes hold promise for advances in optical fiber communications, solar cells and LEDs.
Magnetic charge crystals imaged in artificial spin ice
Honeycomb configuration helps disassemble magnetic islands—potential data storage and computational advances could follow.