Русский

The First Ultra Fast Laser Application Development Conference was held in Songshan Lake, Dongguan

666
2023-10-28 10:16:56
Посмотреть перевод

The First Ultra Fast Laser Application Development Conference was held in Songshan Lake, Dongguan. The first advanced attosecond laser facility in China will have 8 beam lines landing in Dongguan.

Laser enjoys the reputation of being the "fastest knife," "most accurate ruler," and "brightest light," among others. As an important research direction in the laser field, ultrafast laser has always been a research focus of international scientific and technological attention.

On October 26th, the first Ultrafast Laser Application Development Conference hosted by the China Optical Engineering Society opened at the Songshan Lake Materials Laboratory in Dongguan. Nearly 500 renowned academicians, experts, and enterprise representatives from the laser industry have jointly discussed the development trends, technological applications, and cutting-edge developments of ultrafast laser technology through technical exchanges, industry forums, demand docking, project roadshows, and other forms, promoting the high-quality development of the ultrafast laser industry.

"This year's Nobel Prize in Physics was awarded to scientists in the field of attosecond laser, which fully reflects the important position in the field of ultrafast laser science and technology." Wang Lijun, chairman of the conference and academician of the CAS Member, said that ultrafast lasers represented by picosecond and attosecond have broad application prospects in new generation information technology, additive manufacturing, aerospace, new energy vehicles, biomedicine and other fields. In this context, the first Ultrafast Laser Application Development Conference emerged.

At the opening ceremony, Wang Weihua, an academician of the CAS Member and director of the Songshan Lake Materials Laboratory, revealed that the Songshan Lake Materials Laboratory would jointly build the first advanced attosecond laser facility in China with the Institute of Physics of the Chinese Academy of Sciences and the Xi'an Institute of Optics and Mechanics, of which eight beam line construction tasks would be landed in Dongguan.

At present, the Songshan Lake Materials Laboratory has established the Ace Science Center, introducing the Chief Scientist Wei Zhiyi, and gathering a large number of outstanding researchers and engineers from both domestic and international sources. It is hoped that in the future, the laboratory can build a research center for ultrafast matter science, relying on large facilities such as China's scattered neutron source in the surrounding area to achieve world-class results in energy materials, information materials, and other fields.

Within two days, the conference will focus on two major topics: ultrafast laser technology and industry, and hold over 20 special seminars or reports to jointly explore forward-looking ideas and innovative achievements in the new situation, as well as how capital, technology, and market can promote the development of the laser industry and other hot topics.

At the same time, the conference will take multiple measures to jointly assist in the transformation and implementation of achievements, inviting leading enterprises at all levels of the industrial chain, key research teams, universities and research institutes, etc. to showcase outstanding scientific and technological achievements and application cases. Multiple technical exchanges, project roadshows, talent recruitment, docking negotiations, and other activities will also be held on-site.

Source: Southern Daily

Связанные рекомендации
  • IPG launches dual beam fiber laser for additive manufacturing applications

    Recently, American fiber laser giant IPG Photonics announced the launch of a new laser series specifically designed for the additive manufacturing field.The highlight of this series of lasers lies in its integration of IPG's unique dual beam technology, which can independently regulate and simultaneously emit core and ring beams, setting a new benchmark in accuracy, efficiency, and reliability.Ba...

    2024-11-25
    Посмотреть перевод
  • Defects and solutions that are prone to occur when laser welding square shell battery explosion-proof valves for power batteries

    For example, the commonly used square shell battery cells for power batteries include laser welding of cover explosion-proof valves, laser welding of pole columns, and laser welding of cover plates and shells. During the process of laser welding of aluminum alloy, it is easy to generate unqualified phenomena such as explosion points, pores, welding cracks, excessive depth and width of fusion. ...

    2023-09-15
    Посмотреть перевод
  • Scientists at St. Andrews University have made significant breakthroughs in compact laser research

    Scientists at St. Andrews University have made significant breakthroughs in compact laser research after decades of hard work.Laser is widely used in fields such as communication, medicine, measurement, manufacturing, and measurement around the world. They are used to transmit information on the internet, for medical purposes, and even in facial scanners on mobile phones. Most of these lasers are...

    2023-10-04
    Посмотреть перевод
  • The market accounts for up to 70%! Meere is continuously expanding its market layout

    According to Korean media reports, Meere, a semiconductor and display equipment manufacturer from South Korea, is continuously expanding its presence in the high stack semiconductor market, including its HBM business.In fact, Meere itself is the world's top manufacturer of display edge grinding mechanisms, with a market share of up to 70%. It is based on its accumulation of display microfabricatio...

    2024-06-25
    Посмотреть перевод
  • The output power of high power femtosecond laser breaking through the key bottleneck of average power can reach the order of 100 watts

    High energy, high average power femtosecond laser due to the attosecond high order harmonic generation, precision processing and manufacturing, biomedical and national defense and other fields of extensive application needs, is the forefront of ultrafast super laser technology research in the past decade.Especially fiber laser due to stable and reliable operation characteristics, compact structure...

    2023-09-04
    Посмотреть перевод