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 ...
A new, implantable nanosensor enables real-time monitoring of levodopa. It may allow dosing challenges in Parkinson's ...
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 ...
Researchers at King's College London have developed a highly sensitive sensor using levitated microparticles, which ...
Researchers from TUD and UMR have created a bioresorbable sensor film for real-time monitoring of intestinal anastomoses, ...
SMART-SEA offers intelligent data to mariners, optimizing vessel maneuvers and significantly lowering the risk of collisions ...
The evolution of SPR biosensors is reshaping medical diagnostics, facilitating early disease detection through real-time, ...
Hamamatsu Photonics has developed the HyperGauge thickness measurement system C17319-11, a new device designed to enhance ...
Researchers developed a flexible, self-powered tactile sensing system with holey MXene paste, achieving user recognition and ...
Hamamatsu Photonics announces the launch of its new InGaAs area image sensors (G16561 to G16564-0909T), offering high dynamic range, ultra-low dark current, and a frame rate of up to 116 fps.
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