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Scientists develop a wrist-worn device that uses microneedles and ultrasound to monitor glucose, lactate, and cardiovascular signals in real time.
MIT researchers develop a wireless implant that detects low blood sugar and releases glucagon, offering a potential safety ...
OTT HydroMet has launched a new self-contained Flood Monitoring System that offers accuracy and reliability, with ...
Hybrid cloud-edge architectures enhance smart manufacturing by optimizing latency and scalability, integrating IIoT for ...
NASA’s Parker Solar Probe returns the closest-ever images of the Sun, revealing intricate details of solar activity and ...
Researchers have developed a highly sensitive photonic crystal biosensor with an eye-shaped design, which enables the ...
Key specifications include a field of view (FOV) of 25 mm at mid-field, a typical measurement range of 20 mm and a laser ...
Innovative gas sensors paired with machine learning analyze microbial VOCs, providing a cost-effective solution for rapid ...
TEMPO's advanced monitoring capabilities deliver real-time air quality data, supporting research and policy efforts to combat ...
Scientists develop a self-powered, flexible sensor for real-time temperature monitoring in wearable electronics, improving ...
Innovative strategies in sustainable sensors enhance energy efficiency through smart algorithms and self-charging grids, ...
The CGA GC6.14 standard outlines essential safety requirements for CO2 use in beverages, focusing on storage, handling, and ...
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