探索者6327

6 s, third-person static wide shot, 0.25× playback speed disabled, 60 fps, cinematic 8 K. Titanium-alloy cutting board on matte-black table; specular reflections obey Fresnel equations. A woman’s slender, bare left hand (high-gloss crimson almond gel manicure, cuticles perfect) stabilizes a miniature star—1.5 × 10¹² kg, radius 8 cm, surface gravity ~3 g, effective temperature 5 800 K—resting horizontally on the board. Continuous 1–2 cm arc-jet eruptions of magnetically confined 10 000 K plasma splash against the board, instantly quenched to black-body radiation 3 000 K. Right hand grips a mirror-polished titanium-alloy santoku (HRC 45, 15 cm blade, zero-bevel 8° edge, TiN PVD coating). Blade oscillates sinusoidally at 4 Hz along the ecliptic plane, generating 200 N normal force; shear stress ~1.5 GPa causes brittle shear fracture through the photosphere. Cut completes in 0.9 s; fracture surface exhibits sub-millimeter metallic hydrogen lattice, 5 000 km deep convection cells glowing 4 000 K, and a 2 cm radiative core at 15 million K emitting soft X-ray bremsstrahlung. Immediately after separation, right hemisphere tilts under 0.5 g residual gravity, impacts board with 20 J kinetic energy, plasma micro-splashes adhere as frozen glassy droplets. No slow-motion; real-time physics throughout.