Detecting hidden pollutants with real-time environmental sensors involves using IoT air-quality monitoring, photonic water sensing, and sensor-network-based hotspot mapping.
A new low-power sensor node framework combines sensing and machine learning, with the potential to enhance real-time ...
A new study introduces a coordinated AUV system for marine monitoring, integrating advanced sensing and communication for effective underwater inspections.
Research reveals that knowledge distillation significantly compensates for sensor drift in electronic noses, improving ...
This study presents a living biosensor from gut bacteria that signals disease through fluorescence changes, enhancing ...
Dynamic42 GmbH, a German developer of advanced human organ-on-chip technologies, today announces the launch of its ...
Tadiran Batteries, the world’s leading manufacturer of industrial grade ultra-long-life lithium batteries, has just ...
Hamamatsu Photonics, in partnership with Professor Massimo Caccia, CEO of Random Power and Insubria University Professor of ...
A disposable but eco-friendly electrochemical sensor made from sewage sludge detects trimethoprim in water and urine.
MIT's innovative ultrasound technology allows for compact, real-time breast imaging, aiming to improve early cancer detection and accessibility in rural areas.
Radar Technique Improves Contact-Free Detection of Heartbeat and Breathing in Cluttered Environments
A new study presents a radar-based method for non-contact vital sign monitoring that improves the accuracy of detecting heart rate and breathing in cluttered settings.
This study presents a flexible, wearable OLED platform for hair loss treatment, effectively reducing hair follicle cell aging with tailored light wavelengths.
Some results have been hidden because they may be inaccessible to you
Show inaccessible results