Structural system
View article: OS System / ε Model - Planetary Dynamics — Chapter 12: Sun Identity, Structural Scaling, and Planetary Node Derivations
OS System / ε Model - Planetary Dynamics — Chapter 12: Sun Identity, Structural Scaling, and Planetary Node Derivations Open
This work presents Chapter 12 of the OS Structural Framework, detailing the complete planetary dynamics , derived from the hierarchical Galaxy → Sun → Planet scaling structure. The chapter includes: Sun Identity (S_sun) Full Derivation usi…
View article: OS System / ε Model - Planetary Dynamics — Chapter 12: Sun Identity, Structural Scaling, and Planetary Node Derivations
OS System / ε Model - Planetary Dynamics — Chapter 12: Sun Identity, Structural Scaling, and Planetary Node Derivations Open
This work presents Chapter 12 of the OS Structural Framework, detailing the complete planetary dynamics , derived from the hierarchical Galaxy → Sun → Planet scaling structure. The chapter includes: Sun Identity (S_sun) Full Derivation usi…
View article: Matter as Structural Information: A Minimal Relational Interpretation of Material Stability
Matter as Structural Information: A Minimal Relational Interpretation of Material Stability Open
This work develops a minimal structural perspective on matter, treating material stability not as a substance-based property but as a stable configuration of relational information. Building on the structural viewpoint introduced in the He…
View article: The Recursion-Induced Structural Transition: A Cross-Scale Operator Law
The Recursion-Induced Structural Transition: A Cross-Scale Operator Law Open
This work presents the first cross-scale empirical evidence for a universal recursion-transition mechanism. Across systems spanning more than forty orders of magnitude—seismic drift fields, pulsar timing variations, gravitational ringdown …
View article: Matter as Structural Information: A Minimal Relational Interpretation of Material Stability
Matter as Structural Information: A Minimal Relational Interpretation of Material Stability Open
This work develops a minimal structural perspective on matter, treating material stability not as a substance-based property but as a stable configuration of relational information. Building on the structural viewpoint introduced in the He…
View article: The Recursion-Induced Structural Transition: A Cross-Scale Operator Law
The Recursion-Induced Structural Transition: A Cross-Scale Operator Law Open
This work presents the first cross-scale empirical evidence for a universal recursion-transition mechanism. Across systems spanning more than forty orders of magnitude—seismic drift fields, pulsar timing variations, gravitational ringdown …
View article: HSF Structural Architecture 1.0: A Unified Relational Pipeline from Measurement to Dynamics
HSF Structural Architecture 1.0: A Unified Relational Pipeline from Measurement to Dynamics Open
This paper presents the first unified structural architecture of the Hermes Structural Framework (HSF). While numerous components of the HSF—such as structural fingerprints, operator algebras, stress metrics, regime dynamics, and structura…
View article: HSF Structural Architecture 1.0: A Unified Relational Pipeline from Measurement to Dynamics
HSF Structural Architecture 1.0: A Unified Relational Pipeline from Measurement to Dynamics Open
This paper presents the first unified structural architecture of the Hermes Structural Framework (HSF). While numerous components of the HSF—such as structural fingerprints, operator algebras, stress metrics, regime dynamics, and structura…
View article: DILEMMAS AND FAR-LEMMAS | Toward a Structural and Directional Theory of Interpretive Premises in an AI-Mediated Cognitive Ecology
DILEMMAS AND FAR-LEMMAS | Toward a Structural and Directional Theory of Interpretive Premises in an AI-Mediated Cognitive Ecology Open
This paper introduces a structural and directional reframing of interpretive premises within the architecture of Flourishing-Augmented Reasoning (FAR). Building on the Seligman Proof, the DARK Hypothesis, and the FAR Axioms, it argues that…
View article: Spiral Structural Engineering (SSE): Structural Optimization Using Spiral Load Distribution
Spiral Structural Engineering (SSE): Structural Optimization Using Spiral Load Distribution Open
Spiral Structural Engineering (SSE) explores how spiral load distribution, resonance-resistant geometries, and spiral-informed reinforcement patterns can enhance structural integrity.The preprint explains why spiral configurations can outp…
View article: Dimensions of Structural Corrosion and Diffusion as Fundamental Drivers of Material Transformation and Time Derivation
Dimensions of Structural Corrosion and Diffusion as Fundamental Drivers of Material Transformation and Time Derivation Open
This manuscript proposes a unified theoretical framework suggesting that two fundamental structural dimensions—Corrosion (C) and Diffusion (D)—govern all mechanisms of material transformation across microscopic, biological, and cosmologica…
View article: HSF Structural Stability and Regime Dynamics: A Unified Relational Framework for Multi-Regime Behaviour in Open Systems
HSF Structural Stability and Regime Dynamics: A Unified Relational Framework for Multi-Regime Behaviour in Open Systems Open
This work introduces a unified structural formulation of stability, destabilization, chaotic divergence, and reorganization in open systems based on the Hermes Structural Framework (HSF). The paper formalizes regime boundaries through rela…
View article: HSF Structural Stability and Regime Dynamics: A Unified Relational Framework for Multi-Regime Behaviour in Open Systems
HSF Structural Stability and Regime Dynamics: A Unified Relational Framework for Multi-Regime Behaviour in Open Systems Open
This work introduces a unified structural formulation of stability, destabilization, chaotic divergence, and reorganization in open systems based on the Hermes Structural Framework (HSF). The paper formalizes regime boundaries through rela…
View article: Spiral Structural Engineering (SSE): Structural Optimization Using Spiral Load Distribution
Spiral Structural Engineering (SSE): Structural Optimization Using Spiral Load Distribution Open
Spiral Structural Engineering (SSE) explores how spiral load distribution, resonance-resistant geometries, and spiral-informed reinforcement patterns can enhance structural integrity.The preprint explains why spiral configurations can outp…
View article: Flexion Risk Engine (FRE) V4.0 — The Minimal Structural Theory of Risk in X-Space
Flexion Risk Engine (FRE) V4.0 — The Minimal Structural Theory of Risk in X-Space Open
Flexion Risk Engine (FRE) 4.0 defines structural risk as an intrinsic geometric property of the four-dimensional manifold X-space. It introduces the deviation structure ΔX, the unified structural risk metric R(X), the collapse boundary ∂X₍…
View article: Flexion Risk Engine (FRE) V4.0 — The Minimal Structural Theory of Risk in X-Space
Flexion Risk Engine (FRE) V4.0 — The Minimal Structural Theory of Risk in X-Space Open
Flexion Risk Engine (FRE) 4.0 defines structural risk as an intrinsic geometric property of the four-dimensional manifold X-space. It introduces the deviation structure ΔX, the unified structural risk metric R(X), the collapse boundary ∂X₍…
View article: Flexion Immune Model (FIM) V3.0 — Structural Immunity in X-Space
Flexion Immune Model (FIM) V3.0 — Structural Immunity in X-Space Open
The Flexion Immune Model (FIM) V3.0 formulates biological immunity as a structural phenomenon emerging within the four-dimensional manifold of X-space. Living systems are represented as structural states X=(XΔ,XΦ,XM,Xκ)X = (X_{\Delta}, X_{…
View article: DILEMMAS AND FAR-LEMMAS | Toward a Structural and Directional Theory of Interpretive Premises in an AI-Mediated Cognitive Ecology
DILEMMAS AND FAR-LEMMAS | Toward a Structural and Directional Theory of Interpretive Premises in an AI-Mediated Cognitive Ecology Open
This paper introduces a structural and directional reframing of interpretive premises within the architecture of Flourishing-Augmented Reasoning (FAR). Building on the Seligman Proof, the DARK Hypothesis, and the FAR Axioms, it argues that…
View article: Flexion Immune Model (FIM) V3.0 — Structural Immunity in X-Space
Flexion Immune Model (FIM) V3.0 — Structural Immunity in X-Space Open
The Flexion Immune Model (FIM) V3.0 formulates biological immunity as a structural phenomenon emerging within the four-dimensional manifold of X-space. Living systems are represented as structural states X=(XΔ,XΦ,XM,Xκ)X = (X_{\Delta}, X_{…
View article: Dimensions of Structural Corrosion and Diffusion as Fundamental Drivers of Material Transformation and Time Derivation
Dimensions of Structural Corrosion and Diffusion as Fundamental Drivers of Material Transformation and Time Derivation Open
This manuscript proposes a unified theoretical framework suggesting that two fundamental structural dimensions—Corrosion (C) and Diffusion (D)—govern all mechanisms of material transformation across microscopic, biological, and cosmologica…
View article: Structure-Induced Cosmology: A Minimal Structural Framework for Time and Diversity
Structure-Induced Cosmology: A Minimal Structural Framework for Time and Diversity Open
This work proposes a minimal structural framework in which time is not assumed as a prior coordinate, but emerges as an accumulated effect of structural fluctuations. A scalar quantity F defined as the square root of effective energy densi…
View article: OS System / ε Model — Chapter 11: Structural Layer Consolidation (ΔS Correction + OS TIME Integration)
OS System / ε Model — Chapter 11: Structural Layer Consolidation (ΔS Correction + OS TIME Integration) Open
This chapter consolidates the two foundational operational mechanisms of the OS System: the ΔS structural imbalance correction framework and the Phase-Ordering interpretation known as OS TIME. Together, these modules define how structural …
View article: Structure-Induced Cosmology: A Minimal Structural Framework for Time and Diversity
Structure-Induced Cosmology: A Minimal Structural Framework for Time and Diversity Open
This work proposes a minimal structural framework in which time is not assumed as a prior coordinate, but emerges as an accumulated effect of structural fluctuations. A scalar quantity F defined as the square root of effective energy densi…
View article: OS System / ε Model — Chapter 11: Structural Layer Consolidation (ΔS Correction + OS TIME Integration)
OS System / ε Model — Chapter 11: Structural Layer Consolidation (ΔS Correction + OS TIME Integration) Open
This chapter consolidates the two foundational operational mechanisms of the OS System: the ΔS structural imbalance correction framework and the Phase-Ordering interpretation known as OS TIME. Together, these modules define how structural …
View article: Static Analysis Method and Structural Optimization of Box-Type Subgrade for High-Speed Railways
Static Analysis Method and Structural Optimization of Box-Type Subgrade for High-Speed Railways Open
A method based on a statically indeterminate planar frame model was developed for the analysis and evaluation of box-type subgrade structures in high-speed railways. The objective of this study is to establish a concise and mechanically ri…
View article: The NMC Theory for Global Bipolarity: A Structural Law of The Atomic Era
The NMC Theory for Global Bipolarity: A Structural Law of The Atomic Era Open
By using an axiomatic method, this manuscript identifies the first structural law ever formulated in International Relations. It introduces a new ontology of global order and shows that the post-1945 system obeys a geometric constraint tha…
View article: Vibration Instrumentation in Analyzing the Dynamic Structural Behaviour
Vibration Instrumentation in Analyzing the Dynamic Structural Behaviour Open
Ambient vibration instrumentation is a non-destructive in-situ testing method that can be used to assess the dynamic properties of a building. By analyzing the time histories of accelerations, velocities and displacements (both instantaneo…
View article: Flexion Physics V1.1
Flexion Physics V1.1 Open
Flexion Physics V1.1 introduces a unified structural framework in which all physical phenomena emerge from the geometry and evolution of four fundamental variables: structural deviation (Δ), structural energy (Φ), structural memory (M), an…
View article: Flexion Physics V1.1
Flexion Physics V1.1 Open
Flexion Physics V1.1 introduces a unified structural framework in which all physical phenomena emerge from the geometry and evolution of four fundamental variables: structural deviation (Δ), structural energy (Φ), structural memory (M), an…
View article: Structural Fingerprints v1.0 – A Multi-Field Descriptor System for High-Dimensional Event Topology
Structural Fingerprints v1.0 – A Multi-Field Descriptor System for High-Dimensional Event Topology Open
High-dimensional event data such as collider momentum clouds contain structural patterns that are not fully captured by classical distance-based or machine-learning approaches. This paper introduces a domain-agnostic system of five structu…