Static Tension Vectors

Static Tension Vectors are the component of the Zero Substrate, written T_0(x), that holds the preloaded structural parameters at each position: a vector of tensions that is the substrate's stored computational potential before any dynamics begin. The book lists them first among the three Substrate Components, with Geometric Constraints (local topology) and Potential Energy Fields (stored initialization energy). While the substrate is in temporal stasis, ∂S_0/∂t = 0 everywhere, the tension vectors sit fixed, the initialization conditions for all later evolution. They are also the trigger of time: once the static tension at some position reaches its critical value, Prime Pulse Activation begins the first computational cycle. The arrangement is compared with cellular automata, where spatial configuration fixes computational potential before any update. The book writes T_0(x) ∈ ℝ^n, where T_0(x) is the static tension vector at position x [𝕄·𝕃⁻¹·𝕋⁻²] and ℝ^n the space of n-component real vectors. Static Tension Vectors connect to Zero Substrate, Geometric Constraints, Potential Energy Fields, Ground-state Recursive Tension, Frame 0 to Frame 1 and Prime Pulse Activation.