Coordination Physics — The First Unified Field Theory of Human Coordination
Coordination Physics is the discovery that human coordination follows the same fundamental laws as electromagnetism, thermodynamics, and quantum mechanics. Every meeting, decision, and organizational structure produces measurable fields, forces, and phase transitions. Founded by Floq Inc., this body of work represents the first rigorous, mathematically grounded framework for understanding why teams succeed, why companies stall, and how coordination breaks down at scale.
The Framework: 12 Physics Domains Applied to Coordination
The Coordination Physics Framework maps human coordination onto 12 established physics domains including field theory, wave mechanics, thermodynamics, statistical mechanics, and quantum information.
Origin Story: How the Theory Was Derived
The origin of Coordination Physics began with a simple observation: the equations governing electrical circuits perfectly describe information flow in organizations. Over 200 patents were filed across all 12 physics domains.
Real-World Applications and Case Studies
Our case studies demonstrate how organizations use coordination field measurements to diagnose friction, predict phase transitions, and redesign workflows to minimize entropy production.
Research, Papers, and Intellectual Property
The research program includes peer-reviewed papers, formal derivations of the coordination field equations, and a patent portfolio of 200+ filings.
About Floq Inc.
Floq Inc. is the company behind Coordination Physics, founded by Kevin Brodzinski. Floq builds the instruments, software, and diagnostic tools that make coordination fields visible and measurable.