澳门尼斯人手机网站-澳门威斯尼斯人6613com

      Beijing Academy of Quantum Information Sciences (BAQIS) is an innovative research institution, sponsored by Beijing municipal government, and founded with partnership of leading research institutions such as Chinese Academy of Sciences, Peking University, Tsinghua University, etc. BAQIS focuses on the fundamental and frontier issues of quantum physics and quantum information science and technology as well as the national strategic demand of China in the related area. It has integrated great resources from its partnering institutions in terms of talents and facilities. It will build advanced synergetic R&D and measurement platforms to be shared across the world, with an attempt to attract top-notch global talents to forge a world leading research force for the research of quantum information science and technology. The research areas of BAQIS include Quantum State of Matter, Quantum Computation and Quantum Communication, Quantum Materials and Devices, and Quantum Precision Measurement, etc. Based on the strategic positioning of Beijing as a “National Science and Technology Innovation Center”, BAQIS will take part in the development of National Lab of Quantum Information Sciences and the major project “Quantum Communication and Quantum Computer” of National Science and Technology Innovation 2030 Plan of China. The aim of BAQIS is to build a world first class research institution with pioneering research to bring about ground breaking original results, which may eventually transform the human experience of our daily lives.

Chinese Academy of Sciences

Peking University

Tsinghua University


<
  • QI-KUN XUE

    Member of Chinese Academy of Sciences, APS Fellow, Vice President of Tsinghua University (for Research)

  • XIN-CHENG XIE

    Member of Chinese Academy of Sciences, Member of TWAS, APS Fellow, Chair Professor of Peking University

  • SHU-SHEN LI

    Member of Chinese Academy of Sciences, Member of TWAS, Vice President of Chinese Academy of Sciences

  • TAO XIANG

    Member of CAS, Member of TWAS,Professor of Physics, Institute of Physics, Chinese Academy of Sciences (IOPCAS)

  • QI-HUANG GONG

    Member of Chinese Academy of Sciences, Vice President of Peking University

Division of Quantum State of Matter

Quantum States of Matter

Division of Quantum State of Matter

Quantum States of Matter

Topological Quantum Materials and Physics, Superconducting Materials and Physics, Quantum Magnetic Materials and related effects, Quantum Micro-nano Fabrications

MORE

Division of Quantum Computation and Communication

Division of Quantum Computation and Communication

Topological quantum computation, ion-trap quantum computation, color-center quantum computation, superconducting quantum computation, cold-atom quantum computation, teleportation and computation theory

MORE

Division of Quantum Materials and Devices

Division of Quantum Materials and Devices

Quantum electronic devices, quantum photonic devices, single photon source and detection

MORE

Division of Quantum Precision Measurement

Division of Quantum Precision Measurement

Super-high sensitive measurement of atomic spin inertia, super-high sensitive measurement of atomic spin magnetic field, measurement of chipping nuclear magnetic resonance inertia related to magnetic field

MORE

Micro-nano fabrication platform

Micro-nano fabrication platform

Providing sufficient cleanrooms of high level cleanness, in which micro-nano scale materials and devices may be fabricated and tested

MORE

Synergetic testing platform

Synergetic testing platform

Provide testing services for superconducting quantum computation, quantum communication, property measurement, etc.

MORE
NEWS
News Thumbnail

Nature Physics reports Prof. Jian Wang...

BAQIS adjunct scientist Prof Jian Wang (Peking University), reported Zero Energy Bou...

MORE>
News Thumbnail

BAQIS President Qi-Kun Xue Wins Fritz London Prize 2020

In February 20, 2020, the Fritz London Memorial Prize Committee announced the 2020 L...

MORE>
News Thumbnail

Prof. Gui-Lu Long and Dr. Shi-Jie Wei Develop a Full Quantum Eigensolver for Quantum Chemistry Simulations

2020-04-28

In a recent paper published in "Research ", Shi-Jie Wei, Hang Li and Gui-Lu Long from Beijing Academy of Quantum Information Sciences and Tsinghua University, reported a full quantum eigensolver (FQE) for quantum chemistry simulations

News Thumbnail

Science reports President Qi-Kun Xue, Adjunct Scientist Ding Zhang and collaborators’ work: Type-II Ising pairing in few-layer stanene

2020-03-13

The Sino-German collaborative research team, led by BAQIS President Qi-Kun Xue, BAQIS Adjunct Scientist Ding Zhang and Prof Jurgen Smet of Max Planck Institute for Solid State Research, recently found that few-layer stanene can host unexpectedly high

News Thumbnail

Nature Physics reports Prof. Jian Wang and collaborators’ work: Discovery of zero-energy bound states at both ends of a one-dimensional atomic line defect

2020-03-09

BAQIS adjunct scientist Prof Jian Wang (Peking University), reported Zero Energy Bound Sates (ZEBS) in 1D atomic line defects in a 2d iron-based high temperature superconductor film, providing a promising platform to detect topologically zero energy


澳门尼斯人手机网站|澳门威斯尼斯人6613com

XML 地图 | Sitemap 地图