The Origin of Everything – Reviewer’s Edition

A structural model where light itself is the blueprint for matter

The Origin of Everything offers a geometric framework using structural electrodynamics to redefine gravity, charge and magnetism. Built from first principles, this model treats matter as light in a stable, self-sustaining form and offers a simple physical explanation for the formation of matter, the true structure of the atom, and the fine-structure constant. At its heart, the framework provides a pathway to unifying the four fundamental forces.

Author

Rowan Kramer, B.Sc. (Physics), Monash University.
Rowan is a retired industrial automation engineer with a background in computer engineering. He has spent decades exploring the hidden architecture of the physical world, developing a model that seeks to connect the quantum and cosmic scales through geometry and structural electrodynamics. His work bridges rigorous reasoning with an openness to rethinking the foundations of physics.

Core Concepts:

  • Light as matter’s foundation: Matter is modeled as photons bound in stable, soliton-like loops, forming the structure of particles.

  • Unifying forces: by revealing a common geometric origin for gravity, charge, and magnetism, the theory provides a path to unifying all four fundamental forces.

  • Geometric derivations: the framework explains the formation of matter, the true structure of the atom, and even the fine-structure constant from first principles.

Snapshot

Title: The Origin of Everything
Subtitle: A Structural Electrodynamics Model of Matter, Light, and the Universe
Pages: 32 chapters, 130+ pages
Year: 2025
Formats: PDF, EPUB, print (on request)

Download a copy here

Key Figures from the text:

Figure 2 - A 3D representation of the path of a roton (Hu, 2005).

Figure 3 - The path of a roton with electric and magnetic field indicators.

Figure 20 - The two possible orientations of the roton, indicating the two spin states of the electron when in an external magnetic field.

Figure 7 - A flattened view of the roton, showing a geometric representation of the fine structure constant. α = path thickness divided by path length.

Figure 5 - Visual representation of the path of a roton formed by two orthogonal rotating discs (representing 2 photons colliding and merging at 90 degrees).

An animation representing the path of the roton wrapping around a sphere.

Table of Contents

  1. Introduction

  2. Structural Electrodynamics (SED) 

  3. Matter and Energy

  4. Quantum mechanics is not that strange

  5. Angular momentum - Planck’s constant h

  6. The Uncertainty Principle

  7. What are Fields? 

    (Full contents in PDF)

Contact for Review or Discussion

email - sed.science137@gmail.com
website - sed.science

Print copies available on request for reviewers.

Who this book is for

  • Physicists and researchers open to foundational challenges

  • Science communicators exploring alternative models

  • Educators seeking fresh conceptual frameworks

  • Curious minds fascinated by the structure of reality

Authors Note

“This book is the culmination of decades of independent study, thought experiments, and cross-disciplinary research. My goal is not to dismiss mainstream physics but to offer a coherent, testable alternative that invites scrutiny and sparks discussion.” - Rowan Kramer

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