10+ hour, 21+ min ago   (155+ words) Waste heat from industrial equipment could be converted more efficiently using a thermoelectric material that generates voltage perpendicular to heat flow. Large amounts of energy are routinely lost as heat in industrial systems and combustion based engines, reducing overall efficiency…...

5+ day, 11+ hour ago   (407+ words) Flat materials are turned into tiny tubes that help batteries, sensors, and electronics work better. See how this small change could make a big difference. Creating batteries, chemical sensors, and electronics often runs into a problem. The materials used can…...

1+ week, 1+ day ago   (385+ words) Chinese researchers have embedded full computing circuits into stretchable fibers thinner than a human hair, opening new possibilities for smart textiles, wearables, and biomedical electronics. Chinese Researchers Embedded Full Computing Circuits Into Fibers Thinner Than A Human Hair Chinese researchers…...

1+ week, 1+ day ago   (203+ words) Researchers at Japan's Chiba University have developed organic semiconductor devices that both emit light and harvest energy, potentially ushering in self-powered electronics and smarter energy-efficient displays. Dual-Function Organic Semiconductors Power Electronics Researchers at Japan's Chiba University have developed organic semiconductor…...

1+ week, 5+ day ago   (339+ words) Ice on aircraft, drones, and turbines can cause crashes and delays. A sensor spots ice instantly and could change how we handle it. Sensor For Detecting And Removing Ice Ice on aircraft, drones, and turbines can cause crashes and delays....

2+ week, 11+ hour ago   (150+ words) Researchers have improved organic solar cells with advanced molecules, unlocking higher efficiency, flexibility and the potential for widespread solar adoption. A Giant Leap Towards Organic Solar Cells Researchers have improved organic solar cells with advanced molecules, unlocking higher efficiency, flexibility…...

2+ week, 5+ day ago   (204+ words) Expanded lineup of automotive-grade hybrid aluminum capacitors delivers higher ripple current and lower profiles for modern power-supply designs. Next-Gen Hybrid Electrolytic Capacitors Expanded lineup of automotive-grade hybrid aluminum capacitors delivers higher ripple current and lower profiles for modern power-supply designs....

3+ week, 13+ hour ago   (234+ words) Graphene has long promised new sensors and electronics. The real challenge was not performance, but manufacturing. That bottleneck is now starting to break. Wafer size is a real bottleneck for companies trying to move from prototypes to real products. Until…...

1+ mon, 4+ day ago   (189+ words) Ultraviolet C light is widely used in disinfection, high contrast imaging and the study of ultrafast molecular dynamics due to its strong interaction with organic materials. Despite this potential, wider use of UV C technology has been limited by the…...

1+ mon, 5+ day ago   (246+ words) [Electrically Driven Nanoparticle LEDs]This innovation converts insulating nanoparticles into LEDs emitting high-purity near-infrared light, supporting applications in optical communication, deep-tissue imaging and biomedical sensing. As biomedical sensing, optical communications and high-precision devices demand ultra-pure near-infrared light, conventional materials face…...