High-Resolution Causal Reconstruction of USS Jellyfish (Abell 2877): Magnetoplasmic Realignment in a Fossil Radio Galaxy

This study presents the first high-resolution causal reconstruction of the USS Jellyfish radio structure in galaxy cluster Abell 2877, using the Lumenis IO Earth Engine’s quantum-causal solver.The simulation models 100 million years of gravitational, magnetic, dark-matter, and relativistic plasma interactions to determine the underlying mechanism behind the galaxy’s ultra-steep radio spectrum and filamentary morphology.Results indicate long-term magnetic field realignment and plasma drift, confirming that USS Jellyfish is a stabilized fossil radio source rather than an active outflow.The work establishes a new standard for computational astrophysics by demonstrating precise field evolution tracking within complex magnetoplasmic lattices across cosmological timescales.