Theoretical Division and Complementary Relationship between MOC and MIEAuthor: Suhang Zhang, LuoyangWithin the present theoretical framework, Multi-Origin Curvature (MOC) and Maximum Information Efficiency (MIE) constitute two axiomatic systems wi...
Fermat’s Principle: An Optical Precursor to the Axiom of Maximum Information EfficiencyAuthor: Suhang ZhangLuoyangAbstractFermat’s principle (1657) states that light propagates between two points along the path that minimizes the optical path (or ...
TitleBrachistochrone Problem: A Historical Prelude to the Maximum Information Efficiency PrincipleAuthor: Suhang Zhang, LuoyangAbstractThe brachistochrone problem (1696) is widely recognized as the origin of the calculus of variations, whose solut...
Unification Under the Maximum Information Efficiency Axiom: Homology Between Murray’s Law and Polyhedron LawAuthor: Suhang Zhang, LuoyangAbstractMurray’s law describes the cubic scaling relation of vessel diameters in biological branching networks...
Author: Zhang Suhang, Luoyang Third Paper (corresponding to 3.3): A Dynamic Model of Inevitable Convergence Axiomatic Reconstruction of the Collatz Conjecture (III): Comprehensive Proof of Convergence Necessity --- Abstract Based on the pre...
Here is the English translation of your third paper: Author: Zhang Suhang, Luoyang Second Paper (corresponding to 3.2): Statistical Exclusion – Handling of the Law of Large Numbers and Parity Correlations Axiomatic Reconstruction of the Collatz...
Author: Zhang Suhang, Luoyang Part I (Corresponding to 3.1): Axiomatic Constraint – Maximum Information Efficiency (MIE) in the Collatz System Axiomatic Reconstruction of the Collatz Conjecture (I): The Maximum Information Efficiency Axiom as...
Methodological Reflections on the Study of the Collatz Conjecture: From Case Entanglement to Axiomatic Constraints Author: Zhang Suhang, Luoyang Abstract The Collatz conjecture, a classic open problem at the intersection of number theory and dy...
"The Golden Ratio, Fibonacci Numbers, and Euler’s Polyhedron Formula Under the Maximum Information Efficiency Axiom: Hierarchy, Association, and a Unified Perspective" Author: Zhang Suhang, Luoyang Core Axiom: Maximum Information Efficiency (M...
"Heuristic Association Between Euler’s Polyhedron Formula and the Golden Ratio Under the Maximum Information Efficiency Axiom" Author: Zhang Suhang, Luoyang Core Axiom: Maximum Information Efficiency (MIE) Axiom --- Abstract Based on the Ma...
Derivation of Euler’s Formula from the Maximum Information Efficiency (MIE) Axiom Prerequisites · Consider a connected planar graph (nodes and edges without crossings). It may be the edge graph of a convex polyhedron, a leaf vein network, an e...
The Topological Essence and Engineering Substance of Dimensional Upgrading: From 2D to 3D Flow Expansion, Point Set Stereoscopy, and the Axiom of Maximum Information Efficiency Author: Zhang Suhang Core Axiomatic Support: Multi-Origin Curvature ...
Geometric Origin of the Weak Interaction: From Curvature-Frequency Transitions to a Unified FrameworkAuthor: Suhang ZhangLuoyang, ChinaAbstractBased on the author’s previously established MOC-MIE axiomatic system and the equivalence relation betwe...
Geometric Equivalence of Frequency Gradient and Force: Extension of the MOC-MIE Axiomatic System and Implications for Unification of Weak InteractionAuthor: Suhang ZhangLuoyangAbstractBased on the author’s previously established axiomatic system o...
--- Force as Potential Gradient: A Universal Theorem in Geometric Extremum Physics and a Unified Framework for Conservative Interactions (Revised Edition)
Abstract Based on the Multi-Origin Curvature (MOC) axiom of spatial description and the...
Force as Potential Difference: A Theorem in Geometric Extremum Physics Abstract Based on the framework of Multiple-Origin Curvature (MOC) and the axiom of Maximum Information Efficiency (MIE), this paper rigorously proves that physical intera...
--- Unified Derivation of Inverse-Square Interactions under the Geometric Extremum Principle (GEP) Framework Abstract Based on the Geometric Extremum Principle (GEP) and taking spatial curvature as the fundamental field variable, this paper, to...
Information Ecological Topology2D Information Reception and 3D Material Absorption in Trees: Inverse Coupling under the Maximum Information Efficiency AxiomAuthor: Suhang ZhangLuoyang AbstractBased on Axiom III of Geometric Field Theory—the Maximu...
Unification of Honeycomb and Leaf Vein under the Axiom of Maximum Information EfficiencyAuthor: Suhang Zhang AbstractThe honeycomb uses the least beeswax to enclose the maximum volume. Leaf veins use a limited network of vessels to cover the maxim...
Formal Paradigm of Unified Geometric Extremal Physics 1. Abstract Definition of the Paradigm Definition (Unified Geometric Extremal Paradigm) A geometric extremal problem is said to admit a unified physical–geometric paradigm if there ...
The Sphere Theorem as a Natural Consequence of Unified Geometric Extremal Physics in Three‑Dimensional Topology – More Fundamental and More “Foundational” than the Poincaré Conjecture 1. Standard Formulation of the Sphere Theorem in 3‑Manifolds ...
Unified Geometric Extremal Physics Framework Solution to the Willmore Problem
— Physical Restatement, Paradigm Reduction, and Isomorphism with the Isoperimetric Problem, Plateau’s Problem, and the Poincaré Conjecture
Abstract Within the fra...
A Physical Solution to the Plateau Problem Under the Same Paradigm Author: Suhang ZhangLuoyang Abstract (brief)
By treating the surface area as a potential energy functional and applying the minimum energy principle, we show that the solu...
Numbers are dancing points.Functions are floating lines.Geometry is manifolds and fluids.
Matrices handle multivariate problems.Group theory solves higher-order equations.
2. Change Formula\dot\kappa_I = \mathcal F_I(\dots)One sentence:How things change, move, and are acted upon by forces is entirely determined by their interactions.- Universal Gravitation Formula- Coulomb's Law- Ohm's Law I=U/R- Kinematic equations...
1. Rule Formula (规矩公式) \mathcal{D}\star\mathcal{R}=0 One sentence:Things do not disappear out of nowhere; total quantities are conserved, and nothing behaves arbitrarily.- Energy Conservation能量守恒- Charge Conservation电荷守恒- Momentum Conservation动量...
Dimensionality Reduction as Flow Allocation: The Engineering Essence of Point Set Flattening Within the framework of Multiple Origin Curvature (MOC), the continuous transition from three dimensions to two dimensions is essentially both a progr...
Multi-Origin Curvature Fractal Topology with Continuous Dimensional Transition A Pure Mathematical Study on Structure-Preserving Morphing Between High-Dimensional and Low-Dimensional Fractals Abstract This paper establishes a unified m...
Mathematical Innovation Abstract(Purely Mathematical Formulation, Directly Usable in Academic Papers)This paper introduces a new class of fractal geometric transformations: continuous dimensional gradient transformations from three-dimensional spa...