Electric Field Boosts Ceramic Heat Flow 300%
ORNL researchers tripled ceramic thermal conductivity using electric fields—a 300% gain that could enable switchable cooling in AI chips and power electronics.
Read postORNL researchers tripled ceramic thermal conductivity using electric fields—a 300% gain that could enable switchable cooling in AI chips and power electronics.
Read postZhengzhou University achieves record 43.9 lm/W efficiency in blue perovskite QLEDs using polymer dipole engineering, advancing energy-efficient displays.
Read postAgentic AI transforms manufacturing with autonomous decision-making and execution. Learn how leading plants deploy AI agents for predictive maintenance and ROI.
Read postScientists used 1,000 fps sensors to prove pianists control tone through touch, demonstrating precision sensing applications for manufacturing quality control.
Read postItera raises $12M for fluid circuit board using liquid metal and glass to rewire electronics in under 60 seconds, 1,000x faster than traditional PCBs.
Read postScientists used 1,000 fps sensors to prove pianists alter tone through touch. Technology demonstrates applications for manufacturing training and quality control.
Read postYale and Cornell researchers propose Physical Foundation Models—building trillion-parameter AI directly into hardware for massive energy savings.
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