English

University of California, Los Angeles Joins the American High Power Laser Facility Alliance

5
2023-09-15 15:34:11
See translation

The University of California, Los Angeles is joining LaserNetUS, a high-power laser facility alliance established by the Department of Energy, aimed at advancing laser plasma science.

Unique facilities are located in universities and national laboratories across the United States and Canada, providing a wide range of opportunities for researchers and students.

The Phoenix Laser Laboratory at the University of California, Los Angeles is led by physics professors Troy Carter and Cristoph Niemann and has one of the highest energy lasers in the university. Phoenix lasers can be emitted into large plasma devices 20 meters (nearly 66 feet) long to reproduce conditions similar to astrophysical explosions such as coronal mass ejections or supernovae.

As part of LaserNetUS, the University of California, Los Angeles will also support experiments related to laser fusion as a potential carbon free and infinite energy source in the future.

Recently, the national ignition device at Lawrence Livermore National Laboratory demonstrated this concept for the first time, which is much larger than the Phoenix Laboratory. The Phoenix laser will assist in conducting laser target and cavity coupling research and testing the necessary scientific instruments.

Source: Laser Network

Related Recommendations
  • Aerosol jet printing can completely change the manufacturing of microfluidic devices

    Surface acoustic wave technology is renowned for its high precision and fast driving, which is crucial for microfluidics and affects a wide range of research fields. However, traditional manufacturing methods are time-consuming, complex, and require expensive cleanroom facilities.A new method overcomes these limitations by utilizing aerosol jet printing to create customized equipment with various ...

    02-02
    See translation
  • The LANL laboratory in the United States uses quantum light emitters to generate single photon light sources

    Recently, the Los Alamos National Laboratory (LANL) in the United States has developed a method for quantum light emitters, which stacks two different atomic thin materials together to achieve a light source that generates circularly polarized single photon streams. These light sources can also be used for various quantum information and communication applications.According to Han Htoon, a researc...

    2023-09-01
    See translation
  • The world's most powerful laser attempts to unravel the secrets of the universe

    They are the strongest lasers in history, and their beams are helping scientists explore the structure of the universe.In a research laboratory at the University of Michigan, bright green light fills the vacuum chamber of a technology giant. It is the size of two tennis courts. The walls are shielded with 60 centimeters of concrete to prevent radiation leakage, and workers wear masks and hairnets ...

    2023-11-28
    See translation
  • Redefining optical limits: Engineers discover enhanced nonlinear optical properties in 2D materials

    Recently, according to a paper published in Nature Communications titled "Phonoenhanced nonlinearities in hexagonal boron nitride," engineers from Columbia University collaborated with theoretical experts from the Max Planck Institute of Material Structure and Dynamics to discover that pairing lasers with lattice vibrations can improve the nonlinear optical properties of layered two-dimensional ma...

    02-23
    See translation
  • Revealing the essence of optical vortices: a step towards understanding the interaction between light and matter

    In a groundbreaking scientific study published in Volume 13 of the Scientific Report, researchers reported on the results of Young's double slit interference experiment using oscillating vortex radiation under a photon counting system. The experiment involves using a spiral oscillator to emit second harmonic radiation in the ultraviolet range. Using an ultra narrow bandpass filter in the low curre...

    2023-12-29
    See translation