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03-13
2018
Quantum Simulation of Molecular Vibronic Spectroscopy in a Trapped Ion System Realized by Prof. Kihwan Kim's Group
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10-17
2016
CQI realized the first ideal experimental demonstration of Shortcut to Adiabaticity
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10-03
2014
Nature Publishes Research from Prof. Luming Duan's Group
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09-22
2014
Yao Class Program Wins Top National Higher Education Achievement Award
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Many-body Interactions between Matter Waves Mediated by a High Finesse Cavity
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时间：-2025-06-12 09:02
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Succinct Perfect Zero-knowledge for MIP*
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时间：-2025-06-12 09:02
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Polynomial-time classical sampling of high-temperature quantum Gibbs states
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时间：-2025-06-12 09:03
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Design quantum algorithm with physics
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时间：-2025-06-12 09:03
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Complexity and order in approximate quantum error-correcting codes
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时间：-2025-06-12 09:03
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Bose-Einstein condensations of microwave-shielded polar molecules
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时间：-2025-06-12 09:02
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The Quantum Information Center of Tsinghua University (referred to as the "Quantum Center") is a core research institution under the Cross Information Research Institute of Tsinghua University. Led by Turing Award winner Academician Yao Qizhi and Executive Director Professor Duan Luming from the Chinese Academy of Sciences, it aims to break through the traditional computing limits and lead the quantum information technology revolution in the post Moore era. The Quantum Center focuses on full quantum networks, quantum computing, quantum simulation, quantum algorithms, quantum communication complexity theory, quantum operations research, and other fields. It has published dozens of papers in top journals such as Nature and Science, and has successfully broken multiple international records, driving China towards a global innovation highland in the field of quantum information technology.
The Quantum Information Center of Tsinghua University is dedicated to the experimental implementation of quantum computing and quantum networks, as well as the research on quantum algorithms, entanglement theory and quantum cryptography. In terms of experiments, the center conducts research on quantum computing based on ion traps, diamond defect spins and superconducting qubits, with a focus on promoting coherent control, quantum manipulation and the construction of integrated systems. In terms of theory, it covers directions such as quantum entanglement, topological order, non-equilibrium dynamics, quantum algorithms and quantum security, focusing on key issues in quantum communication, quantum computing and quantum simulation. The center integrates advanced experimental platforms with cutting-edge theoretical research to promote the development of quantum information technology.
