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secretary@pmsconf.org
ICPMS-NQMQE' 24: Non-localized quantum mechanics and quantum entanglement
Experiments in quantum mechanics reveal the quantum violation of Bell inequality. It confirms quantum non-locality and signifies that the momentum or momentum force violates Newton's second law in complex non-localized quantum systems. However, finding a non-localized wave equation and uncovering non-localized quantum behaviors, such as the underlying mechanism of quantum entanglement, remain highly challenging. Discussion available at https://arxiv.org/abs/2306.15554.
ICPMS-NQMQE' 24 Topics of interest include, but are not limited to the following
- Non-localized quantum theory
- Experiments on non-localized quantum entanglement
- Complex quantum systems
- Econophysics
ICPMS-NQMQE' 24 Organizer/Session Chair
Leilei Shi, University of Science and Technology of China
Mr. Leilei Shi, B.S. (1982) from Department of Physics at University of Science and Technology of China (USTC), Graduate Management at Asian Institute of Management (Asian Development Bank—The Government of Japan Scholarship, 1992-1993), Industry Adviser for Master in Finance Program in School of Management at University of Science and Technology of China (2018--Now). Major Interests: Complex financial markets; econophysics; complex systems; intelligence science; non-localized wave equation; quantum entanglement. Major achievement: Trading volume-price probability wave equation; Papers published in Physica A (SCI), International Review of Financial Analysis (SSCI), China Financial Review International (ESCI), Automated Trader, Etc.
ICPMS-NQMQE' 24 Invited Speaker
Zefei Liu, Shanghai University, China
Speech title: Exploring the generation of quantum entanglement in the myelin sheath
Song Chen, Beijing YourenXiantan Science & Technology Co. Ltd.
Speech title: Advances in molecular quantum computing and atomic clocks