Experiment 5 – The Mechanics of "Silent Growth" of Supermassive Black Holes in the TTDS Model (Part VII)

The James Webb Space Telescope (JWST) has revealed supermassive black holes in the early universe (e.g., GN-z11, UHZ1, LID-568) whose rapid formation fundamentally defies the classical Eddington Limit. The Topological Theory of Deformed Space (TTDS) provides a structural and mechanical resolution to this anomaly. By replacing classical baryonic gas accretion with the geometric assimilation of the discrete 3D spatial lattice directly into a +1D topological axis (), TTDS demonstrates that black hole growth inherently bypasses radiation pressure. The "Silent Growth" mechanism proves that these early nodes did not choke on gas; instead, their massive topological throughput capacity (up to kg/s) effortlessly processed the extreme spatial compression of the early universe, driven by evolving network stress (). This chapter empirically verifies the TTDS kinematic winding rate against JWST observational data, confirming that early supermassive black holes grew silently, deterministically, and in strict accordance with the mechanical limits of the discrete vacuum.