Modern Express On October 4, Beijing time, French scientists Alan Aspe, American scientists John Francis Crowze, and Austrian Scientist Anton Salinger were awarded the 2022 Nobel Prize in Physics for their work in Quantum Information Science research. It is understood that Anton Salinger was hired as an honorary professor of Nanjing University in 2016, and as a representative, signed the "Nanjing University-Austrian Academy of Sciences Cooperation Memorandum" with Nanjing University , and carried out cooperation in many fields such as quantum physics .
△In 2016, Anton Salinger visited Nanjing University
Anton Salinger is an Austrian physicist and currently the dean of Austrian Academy of Sciences. He has been engaged in quantum physics and quantum information research for a long time. He is a pioneer and important pioneer in the field of basic quantum physics test and quantum information in the international field. Whether it is theory or experiment, Salinger has made inventive achievements in basic quantum physics testing. He and his collaborators have taken the lead in quantum interference experiments for neutron , atom and macromolecules in the world, realizing the non-locality test of quantum mechanics without localized vulnerabilities and detection efficiency vulnerabilities. He proposed and prepared the first multi-particle entangled state (GHZ state) in the experiment, which plays a key role in the basic test of quantum mechanics and quantum information.
Based on the basic test of quantum physics, Salinger and his colleagues developed multi-photon interference metrics, and further used them widely in quantum information processing, including quantum intensive encoding, long-distance quantum communication , optical quantum computing and other fields. Among them, he first realized quantum teleportation in 1997, and is recognized as the "foundation of the experimental research on quantum information .
Since 1983, Salinger has been regularly exchanged and cooperated with Chinese Academy of Sciences , Chinese Academy of Engineering and other institutions. Through the "Mozi" quantum science experimental satellite , Salinger's team participated in the intercontinental quantum communication experiment led by the Chinese Academy of Sciences in a cooperative form. Moreover, it is also the first time in the world that quantum confidential communication between Beijing- Vienna and has been made possible. This result was selected as the "Top Ten Progress in International Physics in 2018" selected by the American Physics Society. In addition, Salinger was also hired as an honorary professor at Nanjing University, University of Science and Technology of China, and Xi'an Jiaotong University .
On November 3, 2016, Professor Anton Salinger, president of the Austrian Academy of Sciences and quantum physics scientist, visited Nanjing University, and then president Chen Jun met with the guests. The two sides conducted in-depth discussions on cooperation in multiple fields such as quantum physics, and signed the "Nanjing University-Austrian Academy of Sciences Cooperation Memorandum". In the afternoon of the same day, the ceremony of honorary professors from Dean Anton Salinger of Nanjing University and the academic report of the Zhongshan forum was held at the Gulou Campus. Anton Salinger gave an academic report on the topic of "From the mystery of quantum physics to quantum information technology".
△Anton Salinger gave an academic report at Nanyang University
Anton Salinger, 77 years old, is the supervisor of the doctoral and postdoctoral stage in Austria at the School of Physics, Nanjing University. It is reported that since he came to work at Nanjing University in 2015, Professor Ma Xiaosong's research team and the research team led by Professor Anton Salinger have maintained a long-term cooperative relationship in the field of optical quantum state regulation and quantum communication, including scientific research project cooperation, scientific researchers' visits and student exchanges, and have made many international leading academic achievements in many directions such as the physical principles of superposition and entanglement of optical quantum , quantum communication networks, quantum chips and quantum simulation.
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