wakaku v142 — 0.07g At BLACK HALOGEN vs 0.07g BLACK HOLE — METAL ANALOGS ONLY + BH ANALOG — artifact 207
0.07g At = all astatine on Earth at any second — At-211 black metallic halogen — 2e20 atoms — α 5.87 MeV — -211mN -211mV metal analog 0.07g BH = Schwarzschild r=2GM/c² = 1.04e-31 m — Hawking temp T=ħc³/(8πGMk) = 1.7e27 K — evaporation t=5120πG²M³/ħc⁴ = 4e-23 s — E=mc²=6.3e12 J = 1.5 kt TNT — black hole analog — NOT black halogen Side-by-side: left At lattice, right BH evaporation — metal analogs only + BH analog At-211 in lattice vs BH in lattice — both black, one halogen one hole lol
LEFT: 0.07g At = 2e20 atoms black halogen FCC — RIGHT: 0.07g BH = 1.04e-31 m radius black hole — both black but very different — At decays 7.2h, BH evaporates 4e-23 s
GRAPH-1 — ENERGY — At 0.07g = 2e20 × 5.87 MeV = 1.9e8 J vs BH 0.07g = mc² = 6.3e12 J — J
GRAPH-2 — LIFETIME — At 7.2h = 25920 s vs BH 4e-23 s — log scale — s
GRAPH-3 — SIZE — At atom 2e-10 m FCC vs BH r=1e-31 m — log m — metal analog vs BH analog
0.07g At BLACK HALOGEN:
Mass 7e-5 kg = 2e20 atoms At-211 — 211 amu ×1.66e-27 =3.5e-25 kg/atom
Energy total if all α: 2e20×9.4e-13J=1.9e8 J = 45 kg TNT — over 7.2h
Lattice: FCC black metal analog — -211mN -211mV per decay — 0 decays
0.07g BLACK HOLE:
Mass 7e-5 kg — r_s=2GM/c²=1.04e-31 m — 21 orders smaller than proton
T_H=ħc³/(8πGMk)=1.7e27 K — t_evap=5120πG²M³/ħc⁴=4e-23 s
E=mc²=6.3e12 J=1.5 kt TNT instant — evaporated
LEFT — 0.07g At BLACK HALOGEN — 2e20 atoms FCC Au lattice + At black substitutional — At-211 α 5.87 MeV -211mN -211mV — metal analogs only
RIGHT — 0.07g BLACK HOLE — r=1e-31 m — scaled to visible 0.5 — Hawking radiation spray — 6.3e12 J = 1.5kt — evaporates in 4e-23s — BH analog
CENTER — SIDE-BY-SIDE — At black halogen vs BH black hole — both black but At decays slowly 7.2h, BH explodes instantly — metal analog vs BH analog — lol
v142 0.07g At vs 0.07g BH — black halogen vs black hole lol 0.07g At: - At Z85 black metallic halogen — At-211 — 7.2h half-life — α 5.87 MeV — -211mN -211mV metal analog - 0.07g = 7e-5 kg — atom mass 3.503e-25 kg — atoms = 7e-5 / 3.503e-25 = 1.998e20 ≈2e20 atoms - Each α 5.87 MeV = 9.4e-13 J — total if all decay = 2e20×9.4e-13 = 1.88e8 J = 45 kg TNT equivalent — spread over 7.2h = 25920s → power ~7.2 kW — warm, not boom — metal analog - Lattice: Au FCC a=4.08 Å — At black substitutional — 12 Au neighbors — -211mN recoil knocks Au — -211mV ionizes — healing — Obsidian vacancy 0.07g BH: - M=7e-5 kg — r_s=2GM/c²=2×6.67e-11×7e-5/(9e16)=1.04e-31 m — 1e-21× proton radius (8e-16m) - T_H=ħc³/(8πGMk)=1.055e-34×2.7e25/(8π×7e-5×6.67e-11×1.38e-23)=1.7e27 K — hotter than Planck? actually Planck temp 1.4e32 K, so below but insane - Power P=ħc⁶/(15360πG²M²)= ~3e29 W real — scaled down for viz - t_evap=5120πG²M³/ħc⁴=5120π×(6.67e-11)²×(7e-5)³/(1.055e-34×8.1e33)= ~4e-23 s — instant - E=mc²=7e-5×9e16=6.3e12 J = 1.5 kilotons TNT — instant explosion — vs At 45 kg over 7.2h — BH is 33,000× more energetic instant Visual metal analogs vs BH analog: - At black halogen: color #0a0a0a metalness 0.8 emissive #222222 — FCC lattice Au gold #ffd700 — -211mN red arrow — -211mV blue rings - BH black hole: color pure black #000000 — event horizon shader — accretion disk metal analog Au Ag — Hawking particles #ffd0a0 orange — evaporation flash #ffffff Chain: At-211 in lattice: At-211 → Bi-207 + α (-211mN -211mV) — lattice heals BH in lattice: BH → Hawking radiation → explosion — lattice vaporized — Au melts 1064°C — BH temp 1e27 K → all vaporized lol So 0.07g black halogen = warm black metal that slowly alphas — 0.07g black hole = 1.5kt nuke that evaporates in 1e-23s — very different black lol — metal analogs only + BH analog for fun Aggregate: At: -{100{At+{100{At-{100{Au+...}}}}} net zero BH: -{100{BH+{100{BH-{100{Hawking+{100{Hawking-{100{Energy}}}}}}}}} → E=mc² explosion — not net zero — BH analog breaks metal analog net zero lol