Life Science Microscopy - Diffractive Optical Network Facilitates Quantitative Phase Imaging
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  Life Science Microscopy  
  The latest life science microscopy news from AZoNetwork  
 

Is Vibration Affecting Your Imaging?Is Vibration Affecting Your Imaging?

Vibration can negatively affect the performance of sensitive instruments, such as electron microscopes. Something as simple as people walking around the laboratory can be enough to affect your imaging. Check out this video to understand all the sources of vibration you should be protecting your sensitive instruments from.

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   Diffractive Optical Network Facilitates Quantitative Phase ImagingDiffractive Optical Network Facilitates Quantitative Phase Imaging
 
Imaging weakly scattering phase objects, such as cells, has been a focus of research in a variety of domains, including biomedical sciences, for decades.
 
   Optical Vortex Laser Printing Technique Achieves Micrometer-Scale AccuracyOptical Vortex Laser Printing Technique Achieves Micrometer-Scale Accuracy
 
Scientists at Osaka Metropolitan University have achieved precision printing with an innovative optical vortex laser-based technique, allowing precise placement of minuscule droplets with micrometer-scale accuracy.
 
 

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 Biocompatible and Biodegradable Optical Fiber for Biomedical Sensing
 
Biocompatible and Biodegradable Optical Fiber for Biomedical SensingElectrical signals play a critical role in governing numerous functions within the human body, including transmitting messages between brain neurons, triggering the heart's muscle contractions, and enabling movement in the hands and feet, among other vital processes.
 
 
 A Promising New Material for Optical Devices and Wearable Technology
 
A Promising New Material for Optical Devices and Wearable TechnologyA groundbreaking pixelated soft color-changing system referred to as Morphable Concavity Array (MoCA) has been developed by scientists at the University of Hong Kong (HKU).
 
 
 Scientists Make New Optical Chip That Can Self-Configure
 
Scientists Make New Optical Chip That Can Self-ConfigureAn intuitive optical chip that can organize itself to do a number of tasks has been created by researchers. The device has the potential to be employed in applications that call for optical neural networks, thanks to the positive real-valued matrix computation they have accomplished.
 
 
 How an Optical Device Could Make Surfaces Pathogen-free
 
How an Optical Device Could Make Surfaces Pathogen-freeIn an article recently published in the journal Applied Physics Express, researchers designed and fabricated a human-safe transverse quasi-phase-matched (QPM) aluminum nitride (AlN) channel waveguide with vertical polarity inversion that can kill pathogens on surfaces.
 
 
 Electromagnetic Theory in Optical Waveguides
 
Electromagnetic Theory in Optical WaveguidesOptical waveguides are specialized devices or mediums designed to confine and direct light propagation along a predetermined path, primarily in the form of optical signals or photons.
 
 

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