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Why is new x-ray sCMOS technology needed in space?
Part 1 of 3 The New Era in Space The amazing discoveries made in astronomy and astrophysics over the last few decades have relied on continual improvement of detector technology...
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Is the x-ray sCMOS technology used in labs ready for space?
Part 2 of 3 Readiness of Commercial X-Ray Technology for Space By leveraging the rapid development cycle of commercially available terrestrial sensors, the cost per detector for smaller missions will...
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Applications of Streamlined X-Ray Technology
Part 3 of 3 For NASA The new space mission capable sCMOS x-ray detector will primarily benefit polarimetry and high resolution imaging for small scale, Class-D NASA research applications. This...
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Sydor to Help Accelerate the Launch of Circle Optics’ Hydra Camera
Sydor Technologies has reached an agreement with Circle Optics to provide its commercial engineering expertise to accelerate the production of Circle Optics’ Hydra camera, the world’s first seamless 360° camera, and disrupt the creation of immersive content in many significant markets.
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The Role of Photon Count Rate in Detector Selection
The Importance of Choosing the Right Detector Taking advantage of the latest beamline technology requires the optimum detector for each piece of research, which means choosing between counting and integrating...
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Increasingly Fast Beamlines Demand Exacting Technique
The Importance of Proper Beamline Technique The scientific community is excited about the faster and brighter beamlines that are increasingly available for their innovative work. However, when constraints are mitigated...
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3 ROI Considerations for X-Ray Detector Investment
Advanced detector technology is critical to making the most of the latest beamlines and conducting the most advanced experiments. Having that capability requires planning because detectors are a significant –...
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How to Leverage the Next Generation of X-Ray Detectors
With recent innovations and investment, beamlines are getting brighter. So, researchers need better detectors. In particular, evolving beamline capabilities drive the need for faster detectors that offer a wider dynamic range. Using the newest detectors that offer this level of speed and range, scientists can better leverage state-of-the-art beamlines to advance their work.
