VIAVI Solutions Inc. (VIAVI) today announced the launch of NITRO® Fiber Sensing, an integrated real-time asset monitoring and analytics solution for critical infrastructure ranging from oil, gas and water pipelines to electrical power transmission, border/perimeter security and data center interconnects.
Researchers in Kazakhstan have developed a label-free optical fiber biosensor to detect CD44-expressing breast cancer cells, a crucial biomarker for cancer progression. This innovative sensor offers a rapid, sensitive, and specific method for early cancer detection, potentially enhancing diagnosis and treatment strategies.
In a recent article in Scientific Reports, researchers from Hungary used an optical sensor to explore the relationship between cell dissociation methods and cell adhesivity, focusing on the early stages of the adhesion process.
In a recent study published in Scientific Reports, Chinese researchers introduced an innovative approach, the Incremental Majority Voting Isolation Forest (IMV-IForest), for early detection of roller faults in industrial conveyor systems. By integrating this framework with distributed fiber optic sensing, they aimed to overcome the limitations of traditional fault detection methods, enhancing maintenance practices in conveyor systems.
Researchers in China have developed a wavelet denoising approach to improve the accuracy of settlement location identification in fiber optic monitoring signals within permafrost regions. By selecting optimal wavelet basis functions and decomposition levels, they effectively reduced noise interference while preserving essential signal features, thus enhancing the reliability of infrastructure monitoring systems in challenging environmental conditions.
Researchers have created an innovative all-optical mechano-sensor inspired by nature's mechano-sensitive hair-like sensilla (MSHS).
Research undertaken in the School of Chemistry at The University of Edinburgh is benefitting from the use of a confocal measurement system from Micro-Epsilon, which enables the optical centring of a Diamond-Anvil Cell (DAC) in X-ray diffraction experiments used to determine the structures of molecules and other compounds in the crystalline state.
Vincenzo Pecunia, from SFU’s School of Sustainable Energy Engineering, led a team of more than 100 experts from 57 research institutions worldwide in developing a comprehensive roadmap for next-generation printable sensor technologies.
Small housing, big operating range: Thanks to TOF technology, the new ODT3CL1-2M compact diffuse sensor from Leuze achieves an operating range of up to two meters.
Optical Surfaces Ltd. has developed a proprietary artifact suppression method allowing them to design and produce a novel high magnification reflective beam expander for small aperture laser applications.
High magnifi...
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