Terahertz photonic crystal fiber sensors, powered by machine learning, could transform tuberculosis detection with rapid and accurate diagnostics.
In situ viscosity and temperature sensors are key to effective lubricant monitoring, driving smarter maintenance and ...
Real-time ammonia monitoring using IoT sensors in cereal fields provides valuable data for optimizing fertilization practices ...
The Temporal Fusion Transformer model provides near-real-time insights into sintering temperatures, addressing critical ...
The scanCONTROL 3010-200 laser profile scanners from Micro-Epsilon enable robots to precisely detect and handle flexible ...
A new €5 million EU-funded project has begun work to allow fibre optic cable lines under our roads, fields and seas to double ...
A new, implantable nanosensor enables real-time monitoring of levodopa. It may allow dosing challenges in Parkinson's ...
Researchers at Nanjing University have developed a novel helium-detecting device, drawing inspiration from the traditional Japanese bamboo weaving technique, "Kagome-biki." ...
A Polish study reveals how combining Distributed Fiber Optic Sensing and Digital Image Correlation enhances monitoring of ...
Molecularly imprinted membranes for a cost-effective solution for detecting CA 19-9, rapid, instrument-free pancreatic cancer ...
A new sensing approach captures reactive species dynamics at the plasma–liquid–gas interface, advancing real-time plasma and gas diagnostics.
AVIRIS-5, NASA's advanced imaging spectrometer, enhances mineral mapping, focusing on lithium and essential resources for ...
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