Tiếng Việt

Diamond Light Source and NPL reach a new five-year agreement

930
2024-04-25 15:50:09
Xem bản dịch

Recently, two leading UK scientific institutions, Diamond Light Source and National Physical Laboratory (NPL), have reached a new five-year agreement to promote joint collaborative efforts.

The agreement was approved by signing a Memorandum of Understanding (MoU), which will bring these two institutions together.
Diamond Light Source is a national synchrotron facility in the UK known for generating 10 billion times brighter light than the sun for scientific research. As a private company, Diamond Light Source has established a joint venture through the UK government's Science and Technology Facilities Committee and the Wellcome Foundation as part of research and innovation in the UK. Diamond Light Source supports a range of applications from structural biology to basic physics and chemistry through its light technology.

Diamond Light Source will collaborate with the National Institute of Metrology (NPL) in the UK, which is responsible for developing and maintaining national primary measurement standards. The National Physics Laboratory is a public enterprise under the Ministry of Science, Innovation and Technology.

When commenting on the signing of the agreement, Dr. JT Janssen, Chief Scientist of the National Physics Laboratory, stated, "Our goal is to combine our professional knowledge and facilities to achieve significant scientific impact. We hope to develop common professional knowledge and improve the effective use of our facilities, as well as strengthen cooperation and mutual support between students and employees."

In addition to joint meetings, networking, and training, the Memorandum of Understanding will also promote collaborative research and skill development opportunities that are of mutual interest to both parties or individuals through a dedicated steering committee composed of representatives from both parties.

These opportunities may include identifying specific subjects for joint graduate training and development. This includes implementing doctoral programs jointly supervised by Diamond Light Source and the National Physical Laboratory. In addition, they will also conduct synchronous accelerator and measurement science course exchanges for each facility's student population, which will include content provided by two organizations and factory visits.

Professor Gianluigi Botton, CEO of Diamond Light Source, summarized, "This agreement will create enormous opportunities for scientists and students in new sciences and organizations. A key goal is to promote collaboration around student engagement activities, including utilizing our respective expertise to provide valuable scientific training for each other's student communities."

Source: OFweek Laser Network

Đề xuất liên quan
  • Chinese researchers enhance perovskite lasers by suppressing energy loss

    Limiting Auger recombination enables “record” quasi-continuous wave laser output.For years, engineers have sought better ways to build tiny, efficient lasers that can be integrated directly onto silicon chips, a key step toward faster, more capable optical communications and computing.Today’s commercial lasers are mostly made from III-V semiconductors grown on specialized substrates—a process that...

    08-25
    Xem bản dịch
  • Nature Photonics | New Comb Laser Assists Stable and Efficient Generation of Multi wavelength Signals

    Recently, researchers have developed a comb laser with higher stability and efficiency. The use of synthetic reflection self injection locking micro comb design enables the laser to achieve stability and increase conversion efficiency by more than 15 times. This efficient, stable, and easy to manufacture design is expected to make rapid progress in fields such as portable sensors, autonomous navig...

    2024-03-02
    Xem bản dịch
  • New types of lenses in optics: Researchers develop hybrid achromatic lenses with high focusing efficiency

    Researchers at the University of Illinois at Urbana Champaign have developed compact visible wavelength achromatic mirrors using 3D printing and porous silicon, which are crucial for miniaturization and lightweight optical devices. These high-performance hybrid micro optical devices can achieve high focusing efficiency while minimizing volume and thickness. In addition, these microlenses c...

    2023-12-11
    Xem bản dịch
  • The tesat optical terminal selected by Lockheed Martin satellite has passed ground testing

    Tesat Spacecom's laser communication terminal announced on October 26th that the company has passed critical ground testing deployed on NASA satellites.Tesat's SCOTT80 optical terminal was selected by Lockheed Martin, one of several manufacturers producing satellites for the Space Development Agency.SDA is an agency under the United States Space Force that plans to deploy a network of interconnect...

    2023-10-27
    Xem bản dịch
  • Innovative laser technology: a novel quantum cavity model for superradiance emission

    Quantum optics is a complex field where theoretical and experimental physicists collaborate to achieve breakthroughs in explaining subatomic level phenomena.Recently, Farokh Mivehvar from the University of Innsbruck used the most comprehensive model in quantum optics, the Dicke model, to study the interaction between two groups of atoms in a quantized field. This new study makes it possible to obs...

    2024-03-16
    Xem bản dịch