MICROSCOPY WHITE PAPERS AND CASE STUDIES
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MICROSCOPY NEWS
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Super-resolution microscopy gives researchers a non-destructive way to observe molecular-level intracellular interactions. Although first proposed in the 1970s, this method has become more widely accessible and powerful over the past couple of decades. Technologies that use piezo in microscopy are among those that have furthered the progress. Although the piezoelectric effect generates electricity in response to mechanical pressure on a material, it also makes super-resolution microscopy more effective.
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Biophotonics, combining biology and photonics, revolutionizes dentistry, medical diagnostics, and space travel through advanced imaging, biosensing, and therapeutic applications.
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Biophotonics revolutionizes biology and medicine via light interactions with biological matter, enabling diverse diagnostics and therapies.
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Microscopy and nanopositioning go hand in hand, allowing researchers to see objects too small to see with the naked eye. Let’s take a look at three innovations for each of these tiny technologies.
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Watson and Crick get the credit, but their determination of the structure of DNA would not have happened in 1953 if not for the work of Rosalind Franklin. Was she ignored because she was a woman? Or is the controversy overblown?
MICROSCOPY VIDEOS
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Shannon Ghorbani of Mad City Labs provides an insightful look at the importance of picometer resolution and picometer position noise - no matter the scale you are working on.
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Shannon Gohrbani of Mad City Labs details PicoQ Position Sensor technology for displacement measurements on Day Two of Photonics West 2023.
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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.