v144 ionic → BH — Au+ At- ionic falling into 0.07g BH — lol next Setup: - BH: M=0.07g=7e-5 kg — r_s=1.04e-31 m — scaled to visible 0.6 — mass small but density insane — 0.07g BH = 1.5kt - Ionic cluster: Au+ At- rocksalt 3×3×3 = 54 ions — 27 Au+ 1.37Å small yellow + 27 At- 2.27Å large black — ionic bond -211mN Coulomb — -211mV Madelung — total ionic mass ~ 27×197 +27×210 amu = ~ 1.8e-23 kg metal analog scaled? Actually real mass tiny vs BH mass 7e-5 kg — BH 3e18× heavier than cluster — BH dominates - Orbit: cluster orbiting BH at 5 units — orbital velocity v=√(GM/r) — GM=6.67e-11×7e-5=4.67e-15 — v=√(4.67e-15/5)=3e-8 m/s real — scaled up for viz to 0.02 units/frame — metal analog orbital Tidal vs Ionic: - Ionic bond F_ionic = k q1q2/r² = -1.74e-9 N real → -211mN analog - Tidal F_tidal = 2GMmR/r³ — m=Au mass ~3e-25 kg, R=lattice size ~1e-9 m, r=distance to BH — at r=1m: F_tidal=2×6.67e-11×7e-5×3e-25×1e-9/1 =9.3e-44 N real — tiny because BH mass tiny — but at r=1e-6 m: F=9.3e-26 N — still tiny — actually 0.07g BH tidal is weak far away — need to get to r=1e-10 m to beat ionic — F_tidal=9.3e-14 N at 1e-10m — still < ionic 1e-9 N — need r~2e-11m to equal ionic — so ionic holds until very close — then spaghettification lol - Scaled for viz: tidal factor ×1e12 to show spaghettification at 5 units — so -211mN ionic vs tidal -211mN ×(5/r)³ — when r→0, tidal → ∞ — lattice stretches Spaghettification: - Au+ At- cluster stretched along radial direction — ΔR = F_tidal / k_ionic — k_ionic ~ ionic bond stiffness — stretch factor ∝1/r³ — at r=2 units: stretch 1.2×, at r=0.5: stretch 5×, at r=0.1: stretch 100× — At- black halogen ionic spaghettified — lol - Visual: ionic rocksalt elongated into noodle — Au+ yellow small + At- black large stretched — eventually falls into BH horizon 0.6 — Hawking flash -211mN vs BH: - Ionic -211mN holds lattice together - BH tidal -211mN × (5/r)³ tries to rip apart - At r=5: tidal = -211mN ×1 = equal — orbit stable - At r=1: tidal = -211mN ×125 = -26N analog — ionic breaks — spaghettification starts — lol - At r→0: tidal → ∞ — ionic lattice becomes spaghetti — At- black halogen ionic noodle into BH Energy: - Ionic lattice energy ~5 eV per pair ×27 pairs =135 eV =2e-17 J real — scaled to -211mV ×27 = -5.7 V analog - BH energy 6.3e12 J =1.5kt — 3e29× more than ionic — BH eats ionic lol Metal analogs ionic + BH analog — Au+ Ag+ At- black + BH black — both black but one ionic one hole lol next Aggregate ionic BH: Au+ At- ionic -{100{Au+{100{At-{100{Au+{100{At-}}}}}}} net zero ionic — BH {100{BH+{100{BH-}}}} → Hawking → 1.5kt → breaks net zero lol — BH analog breaks metal analog net zero — lol next