Jincheng Zhang’s Collection of 36,043 Mathematical Preprints, Released on September 14, 2026
Description
On September 14, 2026, Jincheng Zhang released a large-scale research collection containing 36,043 preprints in the field of mathematics. The collection covers a wide range of areas, including topology, dynamical systems, geometry, optimization, probability, information theory, quantum information, computational mathematics, and interdisciplinary research at the intersection of mathematics and artificial intelligence. It covers various areas across the field of mathematics. The research includes Modular Multiverse Simulation with Emergent Laws, Self-Organizing Topological Networks Dynamics (STND), Algorithmic Consciousness – Emergent Complexity from Constraints, Dynamic Time Smoothing Algorithm, Adaptive Topological Transformation for Dynamic Geometry Optimization, Dynamic Topological Mapping, Quantum Entanglement Non-Asymmetry Theory, The Resonance Field Theory of Fundamental Constants, Quantum-Inspired Constraint Programming for Unconstrained Optimization, Error Correction via Quantum Error Mitigation, Dynamic Topology Control, Quantum Entanglement Information Entropy Optimization Algorithm, Probability Graphs: Topological Structure Analysis and Optimization, Quantum-Enhanced Geometric Interpolation, and Quantum Machine Learning: A Self-Adaptive Tensor Optimization Algorithm, among others. The collection aims to build a large-scale, cross-disciplinary mathematical research resource that provides a foundation for subsequent theoretical validation, algorithmic comparison, mathematical proofs, interdisciplinary research, and the discovery of new problems.