Tiếng Việt

Dr. Mark Sobey, President of Coherent Lasers, has officially retired

492
2023-09-05 14:10:27
Xem bản dịch

On September 1 local time, Coherent, an American laser system solutions provider, announced that Dr. Mark Sobey, president of its laser division, has officially retired from the company.

In July 2022, II-VI and Coherent completed the merger and were reorganized into three business units: Lasers, Materials and Networking. Since this point, Dr. Sobey has served as President of Coherent's Laser division.

Prior to the merger, Dr. Sobey served as Coherent's Chief Operating Officer from 2020 to 2022. Prior to his promotion to Chief Operating Officer, he served as Executive Vice President and general Manager of Coherent's OEM Laser Sources division. Prior to that, he served as Executive Vice President and General Manager of Specialty Laser Systems (SLS) from 2010 to 2016 and Vice President and General Manager of SLS from 2007 to 2010.

Commenting on Dr. Mark Sobey's retirement, Coherent's Chairman and Chief Executive Officer, Dr. Vincent D. Mattera, said: "Dr. Sobey has a long track record of success at the former Coherent, and with his outstanding expertise in laser and fiber technology, he has provided invaluable leadership to our combined company over the past 14 months."

He added, "Dr. Sobey's scientific and technical prowess is a great asset to Coherent, and I will personally miss him as a colleague on our executive leadership team. We thank him for his significant contributions and wish him and his family all the best in his retirement."

Prior to joining Coherent, Dr. Sobey spent more than 20 years in the laser and fiber communications industry, including serving as Senior Vice President of Product Management at Cymer and Vice President of Global Sales at JDS Uniphase. He holds a Ph.D. in engineering and a B.S. in Physics from the University of Strathclyde in Scotland.

Source: OFweek

Đề xuất liên quan
  • Shanghai Institute of Optics and Mechanics has made progress in studying the structure and properties of aluminum phosphate glass

    Recently, Hu Lili, a research team of the High Power Laser Unit Technology Laboratory of the Chinese Academy of Sciences Shanghai Institute of Optics and Fine Mechanics, used a method combining experiment, molecular dynamics simulation and quantitative structure property relationship analysis (QSPR) to study aluminum phosphate glass, and the related research results were published in the Journal o...

    2023-09-15
    Xem bản dịch
  • Trumpf China 25 Years: From Model Factory to Global Strategic Fortress

    On March 14, 2000, Trumpf established its first company in China - Trumpf Metal Sheet Products Co., Ltd., headquartered in Taicang, 50 kilometers northwest of Shanghai. Nowadays, Taicang has become a global strategic stronghold for the company. 25 years ago, this production base was originally used to demonstrate sheet metal processing production for Chinese enterprises. In the seventh year afte...

    03-26
    Xem bản dịch
  • Polarization polariton topology pointing towards a new type of laser

    Semi light, partially matter quasi particles, known as excitons polaritons, can easily bypass obstacles and condense into a single coherent state - both of which are characteristics of topological insulators. Researchers from the United States and China have developed a new technology to manufacture microcavities from chloride based halide perovskites. They expect this work to lead to a new type o...

    2024-05-30
    Xem bản dịch
  • The Application of Femtosecond Laser in Precision Photonics Manufacturing

    Femtosecond laser emits ultra short light pulses with a duration of less than 1 picosecond, reaching the femtosecond domain. The characteristics of femtosecond lasers are extremely short pulse width and high peak intensity.Ultra short blasting can minimize waste heat, ensure precise material processing, and minimize incidental damage. Their peak intensities can cause nonlinear optical interactions...

    2024-02-28
    Xem bản dịch
  • An innovative technology that can make light "bend"

    A research team from the University of Glasgow in the UK drew inspiration from the phenomenon of clouds scattering sunlight and developed an innovative technology that can effectively guide or even "bend" light. This technology is expected to achieve significant breakthroughs in fields such as medical imaging, cooling systems, and even nuclear reactors. The relevant research results were published...

    2024-11-11
    Xem bản dịch