Name：WU Zhaoqi

Professional Title：Professor

Research Focus：Quantum information and quantum computation

Educational Experience：

Work Experience：

Academic Part-time Positions‌:

l Member of the Council, Education Mathematics Professional Committee, Chinese Society for Higher Education

l Committee Member, Big Data and Artificial Intelligence Professional Committee, China Society for Industrial and Applied Mathematics

l Executive Committee Member, Quantum Computing Professional Committee, China Computer Federation

l Deputy Secretary-General, Jiangxi Mathematical Society

Personal Honors：

l ‌Second Prize of National Teaching Achievement Award‌ (1st award, 3rd contributor)

l ‌First Prize of Jiangxi Provincial Teaching Achievement Award‌ (2 awards, 2nd and 3rd contributors respectively)

l ‌Second Prize of Jiangxi Provincial Teaching Achievement Award‌ (1 award, 2nd contributor)

l ‌Second Prize of Jiangxi Provincial Natural Science Award‌ (1 award, 3rd contributor)

l ‌Excellent Master's Thesis Advisor‌ (Jiangxi Province)

Major Performance：

My research interests include quantum resource theory, quantum uncertainty relations and quantum algorithms. I have visited Max-Plank institute of mathematics in Germany. As the first or corresponding author, I have published ‌over 40 papers‌ in internationally journals such as Science China-Physics, Mechanics and Astronomy, Journal of Physics A, and Physics Letter A‌. I have hosted 5 projects of National Natural Science Foundation of China and 3 projects of Natural Science Foundation of Jiangxi Province of China (including 1 project of Outstanding Youth Fund Project of Jiangxi Province). I have hosted the following National projects of China:

[1] The National Natural Science Foundation of China, Fixed point problems for nonlinear operators in probabilistic spaces and their applications (11326099，2014.1—2014.12)

[2] The National Natural Science Foundation of China, Study on information measures and correlations in quantum information processing (11461045，2015.1—2018.12)

[3] The National Natural Science Foundation of China, The quantifications of quantum coherence and its relationships with correlation and steering (11701259，2018.1—2020.12)

[4] The National Natural Science Foundation of China, Quantifications and dynamics of quantum coherence and their applications in quantum algorithms (12161056，2022.01—2025.12)

[5] The National Natural Science Foundation of China, Resource theory of quantum imaginarity and its applications in quantum computation（12561084，2026.01—2029.12）

E-Mail：wuzhaoqi@ncu.edu.cn