Up until now, measuring with high sensitivity and high spatial resolution with X-Ray light in the delicate energy range of 1.5–5.0 keV has been incredibly laborious. However, this X-Ray light is excellent for examining biological systems and energy-producing components like batteries or catalysts.
A new study has shown how the glass-like shells of diatoms tend to help such microscopic organisms execute photosynthesis in dim conditions.
Dahua Technology, a world-leading video-centric smart IoT solution and service provider, has been accelerating the innovation and exploration of Full-color Technology.
As far as light-guiding applications are concerned, multimode optical fibers (MMFs) are known to be hair-thin strands of glass that are universal.
A recent study published in Sensors demonstrates an automated system for detecting banknote serial numbers using an optical character recognition framework based on deep learning.
In an article published in the journal Micromachines, researchers used a hyperspectral imaging system for the colorimetric characterization of four in-vivo maxillary anterior teeth.
In an article published in the journal Remote Sensing, researchers proposed a deep-separation-guided progressive reconstruction network that achieves accurate remote sensing image (RSI) segmentation.
A recent study published in Sensors demonstrates a novel 3D metrology method using a single camera and rotating anamorphic lens based on the properties of double optical centers for anamorphic imaging.
Cell organelles perform a range of cellular life tasks. Their impairment is closely associated with cancer development and metastasis. Analysis of subcellular structures and their impaired states offers insights into the workings of pathologies, which may allow early diagnosis for more fruitful treatment.
A study published in Sensors has proposed a method involving a digital signal processing chain and optical coherence tomography to accurately and rapidly identify fingerprint data.