Ig Particle Theory
A First-Cause Framework for Unified Physics
Restoring causal explanation from the smallest physical structures to the largest cosmic systems.
Why Ig Particle Theory?
Ig Particle Theory begins with a distinction between describing physical behavior and explaining why that behavior is causally necessary.
Observation
Modern physics describes physical behavior with extraordinary mathematical precision.
The Gap
Description alone does not necessarily explain the causal mechanisms that produce what is observed.
First Cause
Ig Particle Theory seeks to derive physical behavior from underlying causal structure rather than observation alone.
The Theory
Ig Particle Theory proposes that physical behavior can be understood through causal structure, containment, renewal, and field interaction rather than through observation-level description alone.
Unified Physics
A single causal framework is used to examine gravity, electromagnetism, matter, light, and large-scale cosmic behavior.
Emergent Space
Space is treated as emergent from physical structure rather than as a fundamental container in which physics occurs.
Containment Dynamics
Matter and mass-energy behavior are explained through containment, decay, renewal, and replacement processes.
Scale-Free Causality
The same causal principles are explored from nucleonic-scale structure to planetary, stellar, and cosmic systems.
Research Program
Ig Particle Theory is being developed as an active research program across foundational physics, cosmology, atmospheric behavior, field structure, scientific transparency, and public-facing physics education.
Foundations of Physics
Core work on matter, containment, energy, field behavior, emergent space, and the causal basis of physical continuity.
Cosmology & Dark Stars
First-cause examination of black-hole alternatives, singularity replacement, Dark Stars, cosmic structure, and infinity.
Atmospheric First-Cause Physics
Development of a causal framework for planetary atmosphere, clouds, storms, weather behavior, and atmospheric structure.
Ignonic Mechanics
Formal development of Ignons as causal excitation units within structured field behavior.
Unified Field Structure
Research into ψ–ω field behavior, electromagnetic response, light propagation, and structured excitation.
Scientific Transparency
Public-facing work on the difference between observation, theory, inference, model artifact, and causal explanation.
Research Library
The Research Library organizes Ig Particle Theory papers, white papers, responses, and presentations by subject category. As the work expands, this section will serve as the central index for public review and scientific discussion.
Foundational Papers
Papers that establish or clarify major elements of the Ig Particle Theory framework.
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Domain-specific investigations applying Ig Particle Theory to physical systems and observed phenomena.
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Formal research statements, technical proposals, and structured explanations of IgPT applications.
View White PapersResponses & Commentary
Public-facing responses, scientific commentary, and discussion pieces concerning first-cause inquiry.
View Responses & CommentaryPresentations
Slide decks, briefings, visual summaries, and public-facing explanatory materials.
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These books present the development of Ig Particle Theory as a first-cause framework for physical explanation. More volumes are in development.
Ig Particle Theory: A Unified Theory of Physics
The original presentation of Ig Particle Theory, introducing a unified first-cause approach to physical behavior.
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Ig Particle Theory: Core Foundations
A deeper development of the conceptual, causal, and structural foundations of Ig Particle Theory.
View on AmazonThe Intersections Series
The Intersections Series explores the implications of Ig Particle Theory across cosmology, philosophy, scientific history, ancient intuition, and the restoration of causal physics.
Ig Particle Theory: The End of Infinity
A re-examination of black holes, cosmology, singularities, and the concept of infinity through first-cause physics.
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Ig Particle Theory: The Continuum
Ancient Intuitions and the Restoration of Causal Physics
An exploration of ancient causal intuitions, modern physics, philosophy, and the restoration of causal explanation.
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For research inquiries, media inquiries, speaking requests, or correspondence regarding Ig Particle Theory, use the contact information below.
Email: info@michaelhannigan.com
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