The Journey from Physics to Metaphysics.
An Underlying Ontology of the Psyche Offers New Tools for Self Reflection
copyright 2026
Stephen A. Brenner
Discover An Integrated Systems Framework Derived from Physical Laws Reveals an Isomorphic Ontology Manifested Across Levels of Existence, from Atoms to the Human Psyche.
Abstract
This paper proposes an integrated systems framework in which Time, Space, Matter, and Energy constitute four fundamental forms whose relationships establish a foundational ontology. Drawing on well-established physical relationships developed over more than a century of modern physics, the framework identifies a synergistic relational structure that is proposed to replicate isomorphically across levels of existence, from atoms through biological organization to the human psyche.
The paper focuses on the psychological level, where the same underlying relationships are mapped onto fundamental archetypal modes of human experience. Rather than treating archetypes solely as symbolic or descriptive categories, the framework represents them as dynamically related states within an underlying system. This provides a structural interpretation of Jung’s concept of archetypes and suggests a potential synergistic bridge between psychology, and contemplative inquiry.
The resulting ontology is intended not only as a theoretical model but also as a practical framework for self-reflection. By making relationships among psychological states explicit, it offers a means of examining how attention, sensation, excitation, worldview, and other archetypal modes interact and transform one another. The paper proposes that this approach may provide new tools for understanding the psyche.
Latest version is Here
Philpapers.org version Here
The following manuscript is a mathematical proof of the paper above.
The Tripartite Nature of Reality: An Alternative Mass- Harmonic Parameterization of Subatomic Fields and Structural Boundaries
copyright 2026
Stephen A. Brenner
Abstract
Modern physics is locked in an epistemological crisis born of a highly fragmented lexicon. By treating charge, mass, space, and fields as isolated, disconnected entities, reductionist physics frequently overlooks the degree to which subatomic architectures operate as a scale- invariant, relativistic systems engine. This manuscript delivers the formal mathematical proof of an alternative subatomic parameterization first conceptualized in 1972 and qualitatively developed in Brenner (2026).
Bypassing historical electrical proxies, we define a unique mass-confinement constant (Km = 2πh2 ) and demonstrate that the conventional charge-based Coulomb constant functions
as a redundant placeholder. We mathematically reconcile this metric, deriving identical subatomic ground-state force values (8 . 2387 × 10−8 N) entirely through pure mass-harmonics without requiring independent charge inputs.
To face dimensional analysis constraints directly, this framework introduces an Environmental Confinement Theory, where the Fine-Structure Constant (α ≈ 1/137.036) is explicitly accepted and imported as an intrinsic material property of the background vacuum medium itself (α = Z0 /2RK) rather than a material value manufactured by the electron. Once this environmental gear ratio is imported, the electron’s external boundary (λBohr) is unmasked as a
naked spatial wavelength ratio (α = λCompton /λBohr) driven by the native impedance of empty space (Z0).
m
2 The Tripartite Nature of Reality
Finally, utilizing the formal calculus of Gravitoelectromagnetism (GEM), we demonstrate that our foundational space-time equations represent the linear, relaxed thresholds of a dynamic vacuum fabric that smoothly bend into the curved, non-linear geometries of General and Special Relativity under hyper-compression. This expanded tripartite architecture is formalized into a universal equation of state—proving that the physical container, the processing path, and the holistic field intensity operate as a continuous, isomorphic harmonic spectrum mirroring the everyday sensory mechanics of light and sound.
