Yue Lu

Hypothesis of Gravitational Shielding Derivation (SRE)

Status-Relational Entropy (SRE) Dynamics treats gravity not as a fundamental field but as a statistical thermodynamic aftereffect of local information-dissipation gradients: mass is identified with closed causal loops in a regularized causal information network, and the gravitati...

Emergence of Time in the State–Relational–Entropy Framework

In the State–Relational Entropy (SRE) framework the word "time" carries three distinct objects under one name — the external step count $t_{\rm ext}=n$, the memory-intrinsic time $\tau_{\rm mem}\propto\sqrt n$, and a third quantity defined here. We propose to read the expected am...

Status Relational Entropy (SRE)-Dynamics -The Book of the Void

On April 24, 2026, while pondering why electric fields generate magnetic fields, an initial insight came to me: could the fundamental ontology of this world be rooted in information? Once this idea took shape, my thinking and reasoning would not cease. As others have described it...

Emergence of Time in the State–Relational–Entropy Framework

In the State–Relational Entropy (SRE) framework the word "time" carries three distinct objects under one name — the external step count $t_{\rm ext}=n$, the memory-intrinsic time $\tau_{\rm mem}\propto\sqrt n$, and a third quantity defined here. We propose to read the expected am...

The Position, Evidence, and Anchors of the Electron and the Nucleon in the SRE Framework

This record presents a detailed exposition of the position, evidence, and anchors of the electron and the nucleon in the State–Relational Entropy (SRE) framework, together with the observational-perspective shift that separates a dimension-free SRE world from the three-dimensiona...

The Position, Evidence, and Anchors of the Electron and the Nucleon in the SRE Framework

This record presents a detailed exposition of the position, evidence, and anchors of the electron and the nucleon in the State–Relational Entropy (SRE) framework, together with the observational-perspective shift that separates a dimension-free SRE world from the three-dimensiona...

Complete Characterization of Nucleons within the SRE Framework: Unified Representation of Two-State Skeleton Inversion, Quark Speculation and Nuclear Reaction Validation

This paper gives a unified, complete characterization of nucleons in the State-Relational Entropy (SRE) dynamical framework. A nucleon is the stable composite object emerging on the tripartite Y-shaped coherent core of a binary self-organizing network, under the two-state opening...

A Complete Characterization of the Electron within the SRE Framework: A Unified Account of Axiomatization, the Fine-Structure Constant, Molecular Computation, and Orbital Assignment

This manuscript provides a unified and complete characterization of the electron within the framework of Status–Relational Entropy (SRE) dynamics: the electron is the unique, stable, noise-robust emergent fixed point of the sparse operator `R` over the coherent core of a binary s...

A Complete Characterization of the Electron within the SRE Framework: A Unified Account of Axiomatization, the Fine-Structure Constant, Molecular Computation, and Orbital Assignment

This manuscript provides a unified and complete characterization of the electron within the framework of Status–Relational Entropy (SRE) dynamics: the electron is the unique, stable, noise-robust emergent fixed point of the sparse operator `R` over the coherent core of a binary s...

Universal Audit of the Underlying Topological Logic of the Periodic Table: A Causal Network Analysis Based on the SRE Protocol

Traditional chemical and materials research relies heavily on wet‑lab observation and quantum‑mechanical simulation, yet lacks a quantitatively audited, engineering‑reusable design tool built on the "discrete causal network" description of atomic structure. Taking the Status‑Rela...

Status Relational Entropy (SRE)-Dynamics -The Book of the Void

On April 24, 2026, while pondering why electric fields generate magnetic fields, an initial insight came to me: could the fundamental ontology of this world be rooted in information? Once this idea took shape, my thinking and reasoning would not cease. As others have described it...

Algebraic Construction of Localized Topological Degree Statistics Operator (No.4) and Rigorous Proof of Dirichlet Energy Positive Boundedness

This manuscript is specification for Operator 4 ($\mathcal{M}_{\text{degree}}$), a core open‑source component of the Phase 1 Homogeneous‑Metric Operator Suite within Status‑Relational‑Entropy (SRE) Dynamics. It receives outputs from Operator 1 and Operator 2 and provides spectral...

SRE Dynamics: A Foundational Reconstruction of Classical Electrodynamics via Discrete Graph Topology and Bidirectional Causality

This paper presents a paradigm shift in fundamental physics, replacing continuum spacetime background, continuous electric charges, and scalar energy fields with Status‑Relational‑Entropy (SRE) Dynamics. Macro‑physical phenomena are mapped onto a discrete graph network of infinit...

SRE Dynamics: Rigorous Reconstruction of Maxwell's Field Equations via Purely Dimensionless Graph Cohomology and Global Evolutionary Steps

This paper presents a formal, background‑independent topological reconstruction of Maxwell's field equations entirely decoupled from continuum space‑time manifolds, pre‑imported empirical physical constants, and empirical differential metrics. Grounded in Status‑Relational Entrop...

Second Operator (Local Metric and Probabilistic Pruning Operator M_chi o E_local) Rigorous Mathematical Derivation and Specification (Standardized Edition)

This document constitutes the full revised mathematical‑specification manuscript for the Second Operator ($\mathcal{M}_\chi \circ \mathcal{E}_{\text{local}}$), one core open‑source component within the Operator 1‑6 suite of Status‑Relational‑Entropy (SRE) Dynamics. This specifica...

Emergence Inevitability and Algebraic Computational Methods of Turbulence Based on Discrete Microscopic Causal Statistics and Multidimensional Manifold Reconstruction

The classical Navier‑Stokes equations formulate fluid dynamics within a continuous continuum medium, which inherently encounters mathematical singularities (blow‑up) and divergence difficulties under extreme turbulent conditions. To bypass these continuous‑framework barriers, thi...

Operator 5: Endogenous Variable Latency Calibration Operator Strict Mathematical Specification, Derivation, and Verification

This manuscript of Operator 5 ($\mathcal{M}_{\text{latency}}$) is part of the open‑source SRE Operator‑1‑6 suite. It resides in Phase 2 (Causal‑Blocking) of the graph‑operator pipeline, succeeding Operator 4. Operator 5 implements Relativistic Dimensional Reduction: discrete pene...

Operator 6: Sub-space Spectral Sieve and Splicing Operator for Localized Complexity Clamping in SRE Dynamics

This manuscript is final peer‑review specification for Operator 6 ($\mathcal{P}_{\text{sieve}} \cup \mathcal{O}_{\text{splice}}$), the final convergence component of Phase 1 Homogeneous‑Metric operator suite within open‑source SRE Operator 1‑6 suite. It streams spectral‑prior inv...

Emergence of Multidimensional Spacetime and Dynamical Gravity via Regularized Causal Information Networks

The standard Λ‑CDM cosmological model faces severe empirical crises at high redshifts ($z>5$), highlighted by the James Webb Space Telescope’s (JWST) discovery of mature, massive galaxies that strain classical hierarchical‑structure‑formation timelines. To eliminate epistemologic...

SRE Topology Auditing Nutrition Source Phase I Validation Report

This paper finishes the Phase I verification of the Status-Relational Entropy (SRE) atomic topology auditing framework for nutritional substitution research. The calculation pipeline uses Operator 4, 5, 6, 9, 10 and depends on three compiled .pyd modules. Raw structural data are...