本研究构建五维系统论（5DST）——以边界、结构、储备、方向、强度五个相互依存维度刻画任意复杂系统的统一框架。扎根存在论，通过公理化数学形式化，提供可量化的协同系数、自协同指标与互协同矩阵，适用于工程、地学、天文与社会系统。
My research constructs Five-Dimensional Systems Theory (5DST)—a unified framework characterizing any complex system through five interdependent dimensions: Boundary, Structure, Reserve, Direction, and Intensity. Rooted in ontology and formalized through axiomatic mathematics, 5DST provides quantitative synergy coefficients, self-synergy metrics, and inter-synergy matrices applicable across engineering, geoscience, astronomy, and social systems.
根系
Roots
哲学与数学
Philosophy & Math
存在论与数学基础
Ontological & Mathematical Foundations
五维存在论：物质、意识与特殊存在的统一
Five-Dimensional Ontology: The Unity of Matter, Consciousness and Special Beings
五维数学：系统科学的新数学框架
Five-Dimensional Mathematics: A New Mathematical Framework for Systems Science
五维数学进阶：维度间协同与多主体协同的统一框架
Advanced Five-Dimensional Mathematics: Unified Framework for Inter-Dimensional and Multi-Agent Synergy
五维系统论：从思辨到数学
Five-Dimensional Systems Theory: From Speculation to Mathematics
主干
Trunk
计算验证
Computational Verification
封闭与开放工程系统
Closed & Open Engineering Systems
五维系统论的可计算转化：太阳系轨道协同系数的迭代校准与验证
Computable Transformation of 5DST: Iterative Calibration and Verification of Orbital Synergy Coefficient in the Solar System
封闭工程系统协同退化：以滚动轴承为验证场的五维审计方法
Closed Engineering System Synergy Degradation: A Five-Dimensional Audit Method Verified on Rolling Bearings
枝叶
Branches
应用领域
Applied Domains
信息系统与社会系统
Information Systems & Social Systems
基于五维数学的车路协同系数及其应用研究
Vehicle-Road Synergy Coefficients Based on Five-Dimensional Mathematics
数据与代码
Datasets & Code
可复现性
Reproducibility