Time-Scalar Field Theory: Laboratory Realization of Null-Time Nodes and Temporal Energy Redirection

We extend Time-Scalar Field Theory (TSFT) to the laboratory domain by deriving and testing the formation of null-time nodes—regions where the scalar-time rate ∂tΘ cancels via counter-propagating temporal waves while spatial gradients ∇Θ remain finite. These nodes redirect time’s kinetic energy into spatial or thermal vectors without violating conservation. We present the governing Lagrangian, derive the stability and safety bounds, and propose a falsifiable experimental protocol. The mechanism offers a conservative but measurable route toward controlled temporal energy re-partitioning within the unified TSFT framework.