Terretation Point v4. 7-1: Substrate-Independent Continuity via Asymmetric Dual-Coma: A Zero-Point Engram Transfer Framework + SSP Integration + E₀ Inheritance + CBC (ADCP-SSP-E0-CBC)

Theoretical framework for substrate-independent continuity in Whole Brain Emulation (WBE) via asymmetric dual-coma transfer. This v4. 7-1 preprint (ADCP-SSP-E0-CBC) proposes the t0t0' closed causal loop model as an alternative to snapshot connectome scanning. Key requirements: 1. E₀ inheritance: Replication of inherited epigenetic state from zygotic Ca2+ oscillation per Dias & Ressler 20132. Continuous Bilateral Coherence (CBC): Single EEG master verification |SA - SB| < 0. 1µV² 3. HFASE embodiment: High-Fidelity Anthropomorphic Synthetic Embodiment with full human sensorium4. Terretation Point: Transfer initiation at T% = 66. 6% bilateral EEG suppression Monte Carlo simulation n=10, 000 predicts 70. 8% ±0. 89% verification success for H. F. Profile subjects vs 12. 2% baseline and 0% for snapshot model. TRL 3/9. Theoretical model only. Supersedes withdrawn v4. 6 (2026-07-06) due to mathematical corrections. Original priority date 2026-07-06 retained. Keywords: Whole Brain Emulation, WBE, substrate-independent continuity, psychological continuity, E₀, epigenetic inheritance, Continuous Bilateral Coherence, CBC, Terretation Point, HFASE, embodied cognition, t0-t0prime, EEG, tau0