chanelink logo
CHANELINK
Deutsch

Coherent Axon laser won the 2023 Business Innovation Award from the British Physical Society

763
2023-11-03 13:56:53
Übersetzung anzeigen

One of the laser leaders in the field of life sciences, Coherent Gao Yi (New York Stock Exchange: COHR), recently announced that its Axon laser won the 2023 Business Innovation Award at the awards ceremony held by the British Physical Society on October 30th.

Dr. Vincent D. Mattera, Jr., Chairman and CEO of Coherent, stated that, Coherent, especially our team at the Center for Excellence in Ultrafast Laser Technology in Glasgow, UK, is proud to receive this outstanding innovation award from the British Physical Society. For clinicians exploring new avenues in diagnostic medicine and neuroscientists studying the mechanism and treatment of neurodegenerative diseases, ultrafast lasers are a promising new tool for the future.

As early as 2013, the Coherent Chameleon laser won a prize from the British Physical Society. The Chameleon laser brings advanced laser imaging technology into the biology laboratory.

Nowadays, Axon lasers not only represent the development of laser technology over the past decade, but also represent Coherent's consistent support for biomedical research progress. The Axon series is a fixed wavelength, compact structure, and cost-effective femtosecond laser oscillator widely used in life sciences, imaging, detection, and nanoprocessing.

Since 2012, the British Physical Society Business Awards have recognized over 70 physics driven companies in different fields, celebrating their achievements and recognizing the important role played by physics and physicists in creating employment and achieving growth by driving innovation to meet today's challenges.

Source: Coherent Gaoyi Laser

Ähnliche Empfehlungen

  • Progress has been made in the development of anti resonant hollow core fiber Raman probes with low background noise at Shanghai Optics and Machinery Institute

    Recently, the research team of the Special Glass and Fiber Research Center of the Advanced Laser and Optoelectronic Functional Materials Department of the Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, aimed at the demand for in-situ detection of Raman signals, expanded the functions of the laboratory commercial Renishaw Invia confocal micro Raman spectrometer by usi...

    2024-05-22
    Übersetzung anzeigen

  • Shanghai Institute of Optics and Fine Mechanics has made progress in composite material based picosecond mirrors

    Recently, the High Power Laser Element Technology and Engineering Department of the Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, has made progress in the research of composite based picosecond mirrors. The related research results were published in Optics and Laser Technology under the title of "Hybrid Material Based Mirror Coatings for Picosed Laser Applications"....

    2024-07-12
    Übersetzung anzeigen

  • 3D printing giant Materialise reorganizes

    Recently, the stock price of Materialise, a well-known company in the 3D printing industry, plummeted by 35% overnight. This news was like a heavy bomb, instantly causing a storm in the industry! What exactly happened to Materialise, which was originally developing steadily? Why has there been such a significant drop in stock prices? Today, let's delve into the reasons behind this.The truth behind...

    03-03
    Übersetzung anzeigen

  • AMC Theatres launches advanced laser projection technology upgrades

    AMC Cinema has long been known as the largest cinema operator in the United States and the world, and has completed upgrades to almost all its venues in the broader Chicago area, including advanced laser projection technology.The technological reform of this chain of stores has made Chicago one of the first areas in AMC's footprint to benefit from CinIonic's cutting-edge projection technology.In e...

    2023-12-23
    Übersetzung anzeigen

  • New type of metasurface with adjustable beam frequency and direction

    Recently, according to the journal Nature Nanotechnology, a team from the California Institute of Technology reported that they have constructed a metasurface covered with micro adjustable antennas that can reflect incident light beams: one beam of light enters and multiple beams of light exit, each with a different frequency and propagating in a different direction. This is a new method for proce...

    2024-07-30
    Übersetzung anzeigen