XRISM Oscillation Analysis: Substrate Field Memory and ψ(t) Feedback in Galactic Thermal Regulation

This GUTUM tier 2 sub-thesis explores the recent discovery of wave-like oscillations in the hot gas of the Centaurus galaxy cluster, observed by the XRISM telescope. These oscillations contradict long-standing assumptions that such gas remains static and instead demonstrate persistent motion. Within the framework of the Grand Unified Theory of the Universal Manifold (GUTUM), this behavior is interpreted as evidence of ψ(t) harmonic feedback loops, memory field imprinting, and substrate-level energy redistribution. This document presents a full theoretical analysis, aligning the XRISM data with Codex principles from Substrate Resonance Theory (SRT), ψ(t) Coherence Field Dynamics (PCFD), and Temporal Harmonic Recursion Theory (THRT).