The Principle of Dynamical Sensitivity
Research sequence

The Principle of Dynamical Sensitivity

A compact publication website for the preface, Papers I–IV, the companion essay, a standalone philosophy-of-cosmology article, and the MOH model-development preprint.

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.
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Current publications

Preface, Papers I–IV, a companion essay, a standalone article, and the MOH model-development preprint.

Preface

Preface to the Trilogy

Best read before Papers I–III.

This document serves as a preface to Papers I–III and clarifies the nature, scope, and intended reading of the sequence as a whole.

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Paper I

The Principle of Dynamical Sensitivity

Paper I establishes the conceptual basis of the sequence.

Paper I introduces the principle itself and defines the conceptual basis of inherited sensitivity within a shared dynamical physical environment.

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How to read the sequence

The preface frames the initial trilogy as a structured conceptual progression rather than a set of isolated claims. Paper I introduces the principle, Paper II operationalizes it through a response-based language, and Paper III extends it toward mediated regimes. Paper IV broadens the program through differentiated thresholding, mediated realized response, and minimal cross-domain model instantiations.

The essay is included as a companion text. It extends the wider interpretive horizon of the program but does not replace the operational or methodological role of the preprint sequence.

The standalone cosmology article develops a narrower dialogue with Penrose’s low-gravitational-entropy problem. It builds on the essay and PDS terminology while remaining separate from the numbered paper sequence and from the planned experimental Paper V.

The MOH model-development preprint follows by testing the standalone article’s renewal architecture with a minimum finite-work toy model. It preserves failed gates and unresolved physical interfaces, alongside the companion data and code archive. It remains separate from the numbered PDS sequence.

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