Preface
Preface to the Trilogy on the Principle of Dynamical Sensitivity: Nature, Scope, and Intended Reading
This document serves as a preface to Papers I–III and clarifies the nature, scope, and intended reading of the sequence as a whole.
Publications
This page gathers the current publications: the preface, Papers I–IV, the companion essay, a standalone philosophy-of-cosmology article, and the MOH model-development preprint. Each work has its own HTML landing page and direct PDF link; the MOH preprint also has a companion data and code archive.
My work as an independent researcher develops an interdisciplinary synthesis centered on inherited sensitivity and articulates it through an analytical language of realized response, mediated realized response, and context-dependent differentiated thresholds.
Paper I
The Principle of Dynamical Sensitivity of Structures within a Shared Physical Environment
Paper I introduces the principle itself and defines the conceptual basis of inherited sensitivity within a shared dynamical physical environment.
Paper II
Operationalizing the Principle of Dynamical Sensitivity: Response, Coupling, and Cross-Scale Interaction
Paper II introduces the response-based analytical framework and the threshold logic that operationalize the broader principle.
Paper III
Mediated Interaction in a Shared Dynamical Environment: A Mechanistic Extension of the Principle of Dynamical Sensitivity
Paper III extends the framework from direct realized response toward mediation, chains, intermediate regimes, and latent channels.
Paper IV
Realized and Mediated Response Across Dynamical Domains: Minimal Models and Context-Dependent Thresholds
Paper IV extends the sequence into differentiated thresholding, mediated regimes, and minimal cross-domain model instantiations.
Essay · Second edition
Essay on Oscillatory Cosmological Hierarchies and the Inherited Sensitivity of Structures
The revised second edition develops renewal from fluctuation-dominated residue, non-identical cycles, reciprocal cross-level influence, and inherited sensitivity. The first edition remains available on the HTML page.
Standalone article · Philosophy of cosmology
Must an Ordered Cosmological Beginning Be History-Free? A Multilevel Oscillatory Hierarchy and Penrose’s Low-Gravitational-Entropy Problem
The article asks whether an ordered cosmological beginning must be history-free, defines a two-channel form of historical conditioning, and specifies the model burden left by Penrose’s low-gravitational-entropy problem.
MOH · Model-development preprint
Testing a Multilevel Oscillatory Hierarchy: A Finite-Work Toy Model, Negative Results, and Open Physical Bridges
A controlled finite-work toy-model test of the R/H renewal architecture. The frozen positive geometry-load gate fails at every tested positive load; physical normalization and stress closure remain open. The work does not yield a physically closed or predictive cosmological renewal model.