Speaker

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Prof. Wanyang Dai

Nanjing University, China

Wanyang Dai is a Professor at the School of Mathematics, Nanjing University (PhD supervisor/key discipline post), Chief Scientist at Su Xia Control Technology, and Chairman & CEO of the American Quantum Computing Blockchain Industrial Revolution Forum (SIR Forum). He serves as a distinguished expert at Jiangsu Financial Technology Research Center, President of Jiangsu Statistical Society, Chair of Jiangsu Big Data Blockchain and Intelligent Information Committee, Vice President of several national societies in probability, statistics, operations research, and applied mathematics, and a member of the National Natural Science Award Committee for Mathematics (leader of the stochastic analysis group). He is also an expert reviewer for major National Natural Science Foundation projects, including outstanding youth programs. Professor Dai has held editorial roles for numerous international journals such as Elsevier’s Results in Applied Mathematics and Journal of Applied Mathematics and Physics, and has chaired various international conferences. He was a permanent scientist and researcher at AT&T (now Nokia) Bell Labs, leading key projects and assisting technical management, and served as Chief Scientist at Deepsea Digital Economy Institute. He earned his PhD in Mathematics, jointly awarded by Georgia Institute of Technology’s School of Mathematics and the School of Industrial and Systems Engineering (1992–1996). Professor Dai has made significant contributions to quantum computing and quantum cloud computing, stochastic (asymptotic) optimal control, stochastic (differential) game theory, and stochastic (ordinary/partial) differential equations including forward-backward and reflected types. His pioneering work, cited and developed by many renowned scientists including US Academy of Sciences and Engineering members and winners of the INFORMS Lancaster and John von Neumann prizes, was featured as a 45-minute invited lecture at the 1998 International Congress of Mathematicians in probability and statistics. His influential results have been published in leading international journals.


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Prof. Daowen Qiu

Sun Yat-sen University, China

Prof. Daowen Qiu’s main research contributions include quantum models of computation, quantum query algorithms, quantum cryptography and communication, quantum state distinguishability and cloning, quantum and lattice-valued logic-based computation theory, and applications of fuzzy and probabilistic automata in discrete event systems. He has published over 130 journal papers and 25 conference papers. Notably, Prof. Qiu systematically studied various quantum finite automata (QFA) models, resolving equivalence and minimization problems for QFAs, answering open questions posed by Professors Gudder, Gruska, Moore, and Crutchfield. He introduced the one-way quantum finite automata with classical states model and investigated properties of 2QFAC, quantum pushdown automata, and quantum Turing machines. His work in quantum query algorithms includes characterizing Boolean functions solvable by one-query quantum algorithms. Prof. Qiu also advanced understanding of quantum state discrimination, cloning, and probabilistic deleting machines, and contributed to semi-quantum cryptography by proving unconditional security of certain protocols. Furthermore, he established residuated lattice-valued automata theory and developed supervisory control frameworks for fuzzy and probabilistic discrete event systems.


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Yuefeng Lin

Shenzhen SpinQ Technology Co., Ltd., China

Yuefeng Lin, Shenzhen Liangxuan Technology Co., Ltd. Main research interests include quantum algorithms and quantum applications. Has published 2 related academic papers and been granted 5 patents. Currently focusing on research and application exploration in quantum computing and related cutting-edge directions.