Who Am I
My name is Fabrice Pfaff, and I am an independent researcher with a background in telecommunications engineering and mathematics teaching.
My work focuses on exploring interdisciplinary connections between mathematical physics, probability theory, and competitive systems.
Coreality: A Relational Framework for Reality
My research develops "coreality," a framework that redefines logic by focusing on entities and their relationships rather than propositions.
With the principle of relativity embedded from the start, coreality emerges as a cological structure where entity interactions reveal a duality between geometry and probability. Sitting at the crossroads of group theory, quantum probabilities, abstract algebras, and Einstein’s work, it posits that differences in entity complexity—where simpler entities cannot grasp the more sophisticated—drive the emergence of time and probability.
- Logic of Layers: Each entity’s logic is described through layered, increasingly complex descriptions.
- Emergence: Time and probability emerge from the inability of simpler entities to grasp more sophisticated ones.
An Initial Example: Ranking Theory
An initial example, a "ranking theory" inspired by my work on Elo and relativity, hints at coreality’s potential to unify deterministic and stochastic perspectives across systems like spacetime and competition.
Establishing the mathematical isomorphism between the Elo rating system and relativistic rapidity.
Exploring how Special Relativity principles can be interpreted as probabilistic artifacts in competitive games.
The Simulation Lab
Interactive tools to visualize the emergence of geometry and algebraic structures.
A powerful tool for exploring the structures and properties of Clifford algebras through interactive calculations.
Explore space-time dynamics, light cones, and causality.
3D simulator for exploring qubits, quaternions, and internal rotations.
Applied Coreality: Social Physics
The true power of Coreality lies in its universality. It describes a generic logic of interaction that applies equally to fundamental particles, neurons, or members of a society.
By applying this framework to human interaction, I expose our current monetary system as a medieval operating system. Its structural limitations generate systemic injustices, currently patched by a bloated "mille-feuille" of corrective institutions.
The goal is to replace this archaic stack with a true, polyvalent information system—a necessary condition to navigate the Abundance Paradox and survive the coming AI Singularity.
A catalog of 15 critical bugs in "Money 1.0", ranging from thermodynamic contradictions to network topology failures.