USP Field Theory: Long-Baseline Galactic Mapping with Pluto–Neptune Orbital Separation

This Version 1.2 release expands the USP Field Theory framework into practical astronomical application by proposing a deep-space triangulation system using telescopes in orbit around Pluto and Neptune. Over a 100-year baseline, their diverging orbits create a powerful natural observatory capable of precisely tracking the drift and distance of faraway galaxies. Included in this version: A detailed explanation of why only planetary orbits (not artificial drift) provide the stability required for long-term deep space measurements. A visual model of Neptune and Pluto’s orbital separation and their use in parallax-based galaxy triangulation. A discussion of long-term observational strategy and why telescopes placed in these orbits could become humanity’s “rotating cosmic eyes.” This concept bridges theoretical USP spin-tension logic with scalable astronomical strategy — opening a path toward redefining how we measure cosmic distances, independent of redshift limitations.