Synchronizing Lasers for Time-Resolved Microscopy and Spectroscopy

Synchronizing Lasers for Time-Resolved Microscopy and Spectroscopy

August 1, 2018     Life Science Microscopy     The latest life science microscopy news from AZoNetwork

Using Synchronised Lasers for Time Resolved Microscopy Synchronising multiple ultrafast fiber lasers facilitates time-resolved microscopy at a high temporal resolution. This provides researchers the ability to observe dynamic cellular processes and discover new biological phenomena. Find out more about developing such a laser system by reading the application note. Learn More

Open Platform Two-Photon Microscopy   This webinar covers relevant applications, development of the Sutter Moveable Object Microscope, advanced techniques and the future, followed by a lively Q&A. session.    Watch Webinar Here           Using Enhanced LED Illumination in a Biological Microscope   By using a newly developed enhanced LED Illumination in a biological microscope, a clearer and brighter image can be produced ideal for phase contrast, fluorescence, and darkfield applications.    Learn More

Olympus continues quest for best life science light microscopy images in 2018   Inspired by the beauty and breadth of images submitted for Image of the Year 2017, Olympus continues its quest for the best light microscopy art in 2018. For the chance to win a microscope or camera, applicants can now submit life science light microscopy images taken with Olympus equipment.       Cornell University researchers achieve world's highest resolution images using ptychography   Researchers at Cornell University have used ptychography to achieve the highest resolution ever produced in an electron microscope. The team, led by David Muller, Professor of Applied and Engineering Physics, recently reported their findings in the July 19th issue of Nature, outlining their ability to resolve images to a resolution of 0.39 å.       New real-time cell imaging technology could pave way for transformational research   Live cell imaging captures or visualizes human tissue in action. Several methods have been developed to study living cells in greater detail and with less effort, helping scientists gain a better grasp of biological functions.       New ZEISS ZEN Intellesis machine allows segmentation of correlative microscopy   ZEISS recently announced ZEISS ZEN Intellesis, a new machine learning capability that enables researchers to perform advanced analysis of their imaging samples across multiple microscopy methods.

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