USP Field Theory – Resonance Replication in Returning Regions

This extended note develops an exploratory mechanism within USP Field Theory, proposing that when a massive cleared region (≥60× TON 618, ≈4 trillion M☉) reintegrates into the field, it generates resonance replication aligned with hydrogen frequencies. The effect does not involve faster-than-light transport but instead arises from phase alignment reinstated across low-tension voids, bypassing dense regions.

The document formalizes the mechanism with inequalities, clarifies its consistency with USP principles (Δf propagation vs photon travel), and outlines potential observational signatures — such as synchronous 21-cm hydrogen-line activity appearing sooner than photon travel allows. A speculative connection to the 1977 “Wow! signal” is noted as a hypothesis driver.

Refinements address scaling laws, parameter anchors, causality safeguards, and observational specificity (e.g., 1400–1420 MHz window, cluster Abell 2146). The included diagram and poster illustration visualize how resonance replication manifests across regions of varying field tension.

This work remains an open hypothesis, intended as a foundation for discussion, further formalization, and future observational tests.