Emergent Gravity: Why Dimensional Consistency and Gauge Dynamics Matter in Temporal Flow Physics
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Emergent Gravity: Why Dimensional Consistency and Gauge Dynamics Matter in Temporal Flow Physics By John Gavel Introduction Temporal Flow Physics (TFP) is a new framework where time itself is fundamental , and space emerges as a relational construct from quantized 1D temporal flows F i ( t ) . This is a paradigm shift that demands all derived physics—gravity, matter, fields—fit together dimensionally and conceptually. Today I want to share how the emergent gravitational dynamics , encapsulated by an Einstein-like equation, arise naturally and dimensionally consistently from the underlying dynamics of the flow field F . We'll explore not only how the fabric of spacetime emerges but also how its curvature arises from fundamental "misalignments" or "twists" in these flows , quantified by a gauge field strength, and how this links directly to known physics constants and equations. The Temporal Flow Field and Dimensional Basis The fundamental object in TFP is t...