Abstract:
This paper introduces The Movement Framework (TMF), a meta-theoretical model that unifies the science of goal-directed efficiency (Occupation) with the principles of geometrodynamic emergence. By synthesizing The Occupation Framework (TOF) and The Particle Framework (TPF) through their common mathematical language of Yıldırım Polytopes, TMF posits a single, universal dynamic: Movement. We define Movement as the trajectory of an abstract agent through a high-dimensional state space, where the agent’s state dynamically curves the geometry of that space in a manner analogous to mass-energy curving spacetime. Consequently, optimal performance in any domain is achieved by traversing the geodesics on this self-generated, dynamic manifold. This principle provides a common grammar for analyzing phenomena ranging from the low-energy orbits of spacecraft to the optimization of global supply chains, from urban traffic dynamics to international capital flows. By reframing efficiency as a problem of geometry, TMF provides the foundation for a general science of Movement and a new paradigm for the design and analysis of complex adaptive systems
Yıldırım, E. (2025). THE MONOGRAPH of THE MOVEMENT FRAMEWORK. Zenodo. https://doi.org/10.5281/zenodo.17162420
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