• 中文
  • Email
  • QCloud
  • Log in

Beijing Academy of Quantum Information Sciences

  • Home
  • About
    From the President Organization Academic Advisory Board Executive Team Contact Join Us
  • Research
    Research Divisions Research Platforms Centers Publications Virtual Library
  • Collaboration
  • People
    Research Scientists Engineers Postdocs Visitors Administration
  • News
    Research Highlights BAQIS News
  • Events
    Calendars Announcement QPQIS International Visiting Scholar Program Baiwang Forum Quantum Science Forum Other Events
  • Information
    Visitors Researchers Postdoc Public Admin Contact

What are you looking for?

关闭

Staff Log In

News

News

  • Research Highlights
  • BAQIS News
Home>News>Research Highlights
  • Quantum Algorithm and Application Software Group Has Made New Progress in Quantum Machine Learning

    Quantum Algorithm and Application Software Group Has Made New Progress in Quantum Machine Learning

    Quantum computing is a promising candidate for accelerating machine learning tasks. Limited by the c

    2025/02/06

    MORE
  •  Quantum Computing Cloud Platform Group with Collaborators Observed Interplay between Disorder and Topology in Thouless Pumping on a Superconducting Quantum Processor

    Quantum Computing Cloud Platform Group with Collaborators Observed Interplay between Disorder and Topology in Thouless Pumping on a Superconducting Quantum Processor

    Topological phases are robust against weak perturbations, but break down when disorder becomes suffi

    2025/02/05

    MORE
  • Prof. Tiefu Li and Dr. Yulong Liu’s Team from Quantum Computing Cloud Platform Group with Collaborators Reported  a Review Article in the Science Partner Journal ADI

    Prof. Tiefu Li and Dr. Yulong Liu’s Team from Quantum Computing Cloud Platform Group with Collaborators Reported a Review Article in the Science Partner Journal ADI

    Flying qubit is one type of the basic elements for transmitting quantum information in quantum netwo

    2024/12/27

    MORE
  • Low-dimensional Quantum Materials Group and Collaborators Reported the Achievement of Switchable Chiral Nonlinear Optical Response

    Low-dimensional Quantum Materials Group and Collaborators Reported the Achievement of Switchable Chiral Nonlinear Optical Response

    Recently, Kai Chang’s group, in collaboration with Kian Ping Loh’s group from National University of Singapore and Dr. Heng Gao’s group from Shanghai University, has achieved the synergistic control of second-harmonic circular dichroism through electric and optical fields. This work, entitled “Dion–Jacobson Perovskites with a Ferroelectrically Switchable Chiral Nonlinear Optical Response”, was published in Journal of the American Chemical Society on December 19, 2024.

    2024/12/24

    MORE
 891011121314151617 
  • About
    From the President Organization Academic Advisory Board Executive Team Contact Join Us
  • Research
    Research divisions Research Platforms Technology Transfer and Industrialization Center Publications Virtual Library
  • People
    Research Scientists Engineers Postdocs Visitors Administration
  • News
    Research Highlights BAQIS News
  • Events
    Calendars Announcement QPQIS International Visiting Scholar Program Baiwang Forum Quantum Science Forum Other Events
Contact Us

Phone: 010-83057401  Address:Building #3, West Area, No.10 Xi-bei-wang East Road, Haidian District, Beijing 100193, P.R. CHINA.   Email: http://mail.baqis.ac.cn/

Copyright © 2020 Beijing Academy of Quantum Information Sciences All rights reserved 京 ICP 备 18063309 号 -1