The Braeden Matrice is a conceptual and mathematical structure that integrates directional energy flow within a unified tensor framework. It maps the dynamic relationship between the Past System (potential energy), Future System (kinetic energy), and Present System (observable state) by structuring them into layered matrices that evolve through summation and transformation. Each matrix layer reflects a different phase of energetic interaction — entropic decay from the past, compressed acceleration from the future, and the equilibrium point observed in the present.
Mathematically, the Braeden Matrice incorporates not just energy conservation but also geometric topology and space-time curvature. It allows for tensor-to-matrix conversion, where transformations encode transitions across different energetic states — including the emergence of mass at the M Axis and curvature inversion for antigravity. This matrix functions like a multi-dimensional operator that simultaneously tracks state evolution, directional flow, and space-time transformation, making it central to our Unified Theory.
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