Mingxing Luo
mxluo@swjtu.edu.cn
Education
2008-2011: Ph.D.in Cryptography, Beijing University of Posts and Telecommunications.
2004-2007: M.S. in Mathematics, Sichuan University.
2000-2004: B.S. in Mathematics and Applied Mathematics, Neijiang Normal University.
Experience
2022-present: Scientist at Hefei National Laboratory.
2018-present: Professor at Southwest Jiaotong University.
2013 - 2018: Associate Professor at Southwest Jiaotong University.
2011 - 2013: Lecturer at Southwest Jiaotong University.
Overview of Academic Research
Prof. Luo’s research interest is the systematic study on quantum networks and quantum batteries, focusing on breaking through core challenges such as distributed verification of quantum nonlocality, network topologies, and extractable work in quantum systems.
His/her major achievements include:
* The theory of general quantum entangled networks:
Quantum nonlocality of general entangled networks
Information transmission capacity in entangled networks.
* Device-independent quantum network verification:
Quantum network characteristics and quantum topology
The network nonlocality in triangular networks and hybrid networks.
* Quantum battery theory:
Quantum battery capacity
The relationship to other quantum characteristics
Wave-particle duality and quantum work.
Research Directions/Fields:
Basic theories and applications of quantum entangled networks
Quantum batteries and quantum information
Simulation models of large-scale quantum systems
Major Honors and Awards
2018, Tang Lixin Outstanding Scholar
2011, Excellent Doctoral Dissertation of Beijing University of Posts and Telecommunications
Representative Publications
1.Yang,Y.-H. et al. Photonic energy-coherence theorem and experimental validations, Laser Photonics Reviews 10, e00326(2025).
2.Wang, N.-N. et al. Simultaneous verification of genuine multipartite nonlocality and full network nonlocality, Physical Review Letters 134, 080202(2025).
3.Mao, Y.-L. et al. Certifying network topologies and nonlocalities of triangle quantum networks, Physical Review Letters 132, 240801(2024).
4.Yang, X. et al. Battery capacity of energy-storing quantum systems, Physical Review Letters 131, 030402 (2023)
5.Luo, M.-X., Computationally efficient nonlinear Bell inequalities for quantum networks, Physical Review Letters 120, 14, 140402(2018).