TITAN starship environment
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stack par 73 W · LN₂ par 31 W · module 140 kW each
Superconducting multi-cavity Casimir-class vacuum stress (ReBCO faces, MHD kerfs, dynamic N52 / ∂B/∂t pump). On TITAN the isolation axiom traps null energy in the magnetosphere and plasma envelopes — it has nowhere else to go.
n_cav 16.4 · dyn×2.44 · SC 0.80 · Ė_neg 39.88 kW · P_null 42.88 kW · ion×0.38
TITAN isolation · null-energy charging envelopes · Q=1.35 · |U|=0.7 kJ
Bubble wall critical — distance jump available within budget.
R_bub 146m · w×1.43 · d_jump 0.037 ly · Q=1.35 · fil×1.33 · star×1.07 · budget 1329.7 kJ
Deep-time band — ΔT 8.737 Myr toward 9.7 Gyr alignment horizon.
2.50e+0 kg
ΔT 8.737 Myr · E_ex 2.25e+17 J · m_neg 2.50e+0 kg · budget 1.07e-1% · throat OPEN · jump 0.037 ly · P 140.1 kW
Anchors: u=−40 kJ/m³ · E_full=2.10×10²⁰ J · m_neg=2328 kg · 150 m throat · 9.7 Gyr horizon · DPMG Φ− ocean · Isolation Axiom.
High internal consistency: free inventory, ionization chain, and envelope align under stated physics.
P_hyb 140.1 kW · supported 79% · p_viable 93.0% · third
Novelty is not a penalty — only conservation, envelope, and the stated causal chain score.
Slide each layer on/off. Marx controls electrode arcs and seed flashes.
M = shear × height × f_pre × f_backEMF × f_Marx × (σ_jump/10) × plant_synergy. f_Marx and plant scale continuously past 1 kHz with all levers. Third-regime ~92 kW at 120k; bare-nuclei path unlocks above baseline RPM toward ~141 MW / COP ~10⁷ at 200k. Parasitics itemized in watts (bearing + Marx + stator).