A fluorinated carbon dot transport layer helps organic solar cells reach a certified efficiency of 19.78 per cent while ...

Can marine batteries deliver high power without adding thermal risks or taking up more space? An immersion-cooled system ...

What if one qubit could store information reliably while interacting rapidly with the rest of a quantum processor? MIT ...

Can transistors switch below the conventional power limit without sacrificing useful current? A 2D device uses quantum ...

Can a benchtop microscope deliver higher-resolution analysis with less manual work? An SEM combines 20kV imaging with ...

Researchers at JNCASR and IISc report a Seebeck coefficient exceeding 124 millivolts per kelvin in scandium nitride films, ...

New processors combine AI, vision, connectivity and real-time computing to help developers build smarter consumer, commercial ...

Antenna design tool helps engineers select antennas, test PCB placements, and evaluate RF configurations during product ...

MIT researchers have developed an explainable AI system that reveals why autonomous vehicles make decisions, helping ...

Monitors with sunlight-readable displays provide visibility and operation for outdoor, industrial, and harsh-environment ...

Stanford researchers are developing a transformer-based Large Coordination Model that treats workplace activities as ...

A new wireless recording platform combines distributed sensing, real-time data logging, and industrial connectivity to ...