Electromagnetic Plasma Mechanisms as the Primary Driver of Quasi-Periodic Eruptions in the Awakening Black Hole Ansky (SDSS J133519.91+072807.4): A Framework Integrating Critical Ionization Velocity, Z-Pinch Infall, Recombination Energy, the Al-Mahaqari Critical Current, and Alfvénic Exploding Double Layers — Final Revised Edition with Full Responses to Reviewer Criticisms

The quasi-periodic eruptions (QPEs) of the newly activated supermassive black hole Ansky (SDSS J133519.91+072807.4) present fundamental anomalies that existing frameworks face difficulties explaining. We propose an integrated electromagnetic plasma framework driven by four coupled mechanisms: (i) Critical Ionization Velocity (CIV) shells that trigger plasma coupling; (ii) Z-pinch infall of magnetized plasma; (iii) recombination energy release; and (iv) Alfvénic exploding double layers as the ejection mechanism. The Al-Mahaqari Critical Current Equation quantifies the induced current. We provide a first-principles Spitzer resistivity calculation, a quantitative energy budget, a model comparison table with EMRI, an MHD simulation proposal, and eight distinguishing observational tests. The CIV mechanism has been validated across 8 independent cases spanning 54 years (1970-2026) with an 87.5% confirmed prediction rate.