Mission & Vision
Mission
Pursue truth through disciplined curiosity, rigorous modeling, and testable predictions, building a coherent language for how structure, symmetry, and entropy shape reality.
Vision
Grow the Entropic Coherence Model into an open, constructive community where researchers, builders, skeptics, and creatives can contribute ideas, challenge assumptions, and help refine the framework through shared experimentation and transparent iteration.
Website Mapping
The ECM
An overview of the Entropic Coherence Model, including the core ideas it’s built on, the language it uses, and how the framework is organized from fundamentals to broader interpretations.
Unified Topics
A cross-linked map of the main themes that ECM connects, so you can explore related concepts side by side and follow the relationships between sections.
Books
The official ECM book is available here in its current published form. As the project evolves, any future books or companion releases will be added only when they’re completed and publicly available.
Contact
An open invitation for proposals, critiques, questions, and comments, where ideas are pressure tested and refined through transparent iteration.
Author Introduction
Kevin Faragher is the creator of the Entropic Coherence Model (ECM), an independent framework focused on building a more coherent language for how structure, symmetry, and information like constraints might relate across physics and cognition. His work is driven by a simple motive, reduce confusion by refining definitions, tightening internal consistency, and following implications wherever they lead. He also aims to make science more community driven, because truth is owned by reality and good ideas can come from anywhere. ECM is presented as a living project, documented openly and improved through iteration, critique, and collaborative contribution.
FAQs
What is the Entropic Coherence Model (ECM)?
ECM is a framework that tries to describe reality using a consistent language of coherence, entropy, symmetry, and geometry. It’s presented as an evolving body of work, not a finished doctrine.
Who is ECM for?
Anyone curious about foundational questions, especially readers who like structured ideas, systems, and big picture synthesis. You don’t need to be a professional to engage, just patience and a willingness to think carefully.
Is ECM proven or peer reviewed?
Not in the way established academic theories are. ECM is shared openly for critique and refinement, and it’s treated as a working framework that can improve over time.
How is ECM different from existing theories or philosophies?
ECM aims to act as a unifying substrate across domains, a shared language that other ideas can plug into, rather than a competing manifesto that replaces them. The goal is to make the structure explicit and the terms consistent, so different models can be compared, translated, and connected without ambiguity.
Can I contribute ideas or critiques?
Yes. The goal is constructive collaboration. The best contributions are specific, clear, and framed in a way that others can evaluate and build on. Just make sure to cite the work and ideas you use.
Where should I start?
Start with our free content before you buy the book. The book jumps straight into math so explore the concepts that excite you most so you can have something to tie the math back to as you read the book. The site is designed for non linear exploration where as the book tries to provide a more structured path through the model.