MICROSCOPY WHITE PAPERS AND CASE STUDIES





MICROSCOPY NEWS
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Bright Ideas presents the most captivating news and innovations in photonics. This week, scientists demonstrate nuclear fusion at 100 million Kelvin and for 20 seconds — at the same time, for the first time. Plus, biophysicists are speeding up fluorescence microscopy with AI, a new 3D-printed wearable device is helping lupus patients, and the LLNL wins three R&D awards.
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Zygo Corporation, a worldwide supplier of optical instruments, components, and systems, has just completed a refresh of its brand to better reflect its leadership position in the sectors it serves.
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Zygo Corporation has partnered with Digital Surf for the release of Mx™ with Mountains® Advanced Contour, a new software package for users of Zygo Corporation’s range of optical profilers.
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Forget swimming with the dolphins. Last month, I swam with the dinos. Well, technically, dinoflagellates. These single-cell creatures are responsible for one of nature's most captivating and inspiring phenomenon — bioluminescence — which has gone on to influence advances in medical imaging.
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With clearer imaging and enhanced resolution, new OCT approach could improve medical diagnostic imaging.
MICROSCOPY VIDEOS
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William O. Hancock of Penn Sate University breaks down the design and application of two multi-modal microscopes built around the Mad City Labs RM21 single molecule microscope.
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On the last day of Photonics West 2022, Jennifer Piper at BaySpec discussed hyperspectral cameras, including the GoldenEye Snapshot imager, which is ideal for low-light applications.
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Nanopositioning motion control technologies are key for the advancement of high resolution microscopy, metrology, photonics and semiconductor wafer test. A few examples are explained in the video.
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This fast, ultra-precise nano-focusing Z-stage with voice coil motor enables faster and higher precision objective focusing, leading to advancements in high resolution 2 photon fluorescence microscopy, image stack acquisition, genome sequencing, digital slide scanning and deep tissue analysis.
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The HLD117 series of flat top stages with linear motor technology for inverted research microscopes set new standards for convenience and performance. Designed to seamlessly integrate with other items such as micromanipulators and incubation chambers, the top surface of the stage is completely free of obstruction. This provides a highly ergonomic platform with exceptionally easy access to the sample area.