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  Temporal Flow Theory: A First-Principles Approach to Emergent Spacetime Introduction I've been developing a theoretical framework that explores how spacetime and physical laws might emerge from simple, discrete flow dynamics at the fundamental level. This approach attempts to bridge quantum mechanics and general relativity by proposing that both are emergent phenomena from a more fundamental substrate. In this post, I'll present the core mathematical formalism and implications of what I call "Temporal Flow Theory." (TFT) First Principles Let's start with the absolute minimal ingredients: Discrete Flow States : At the most fundamental level, there exist discrete points indexed by integers $i$, each with a "flow direction" $s_i \in {-1, +1}$ Local Interaction Rule : Flow directions interact through a local majority rule involving triplets $(s_{i-1}, s_i, s_{i+1})$ Sequential Updating : The system evolves through primitive sequential updates No ...

 # Temporal Flow Theory: A First-Principles Approach to Emergent Spacetime ## Introduction I've been developing a theoretical framework that explores how spacetime and physical laws might emerge from simple, discrete flow dynamics at the fundamental level. This approach attempts to bridge quantum mechanics and general relativity by proposing that both are emergent phenomena from a more fundamental substrate. In this post, I'll present the core mathematical formalism and implications of what I call "Temporal Flow Theory." TFT ## First Principles Let's start with the absolute minimal ingredients: 1. **Discrete Flow States**: At the most fundamental level, there exist discrete points indexed by integers $i$, each with a "flow direction" $s_i \in \{-1, +1\}$ 2. **Local Interaction Rule**: Flow directions interact through a local majority rule involving triplets $(s_{i-1}, s_i, s_{i+1})$ 3. **Sequential Updating**: The system evolves through primitive sequent...