Astronaut Gravitates Toward a Glowing Black Hole

A cinematic ultra-realistic scene set in the infinite darkness of deep space. A lone astronaut in a highly detailed white spacesuit slowly floats near a gigantic supermassive black hole. The camera moves smoothly in a slow, dramatic orbit around the astronaut, showing the curvature of spacetime around the black hole. The accretion disk glows with swirling streams of molten orange, gold, and red plasma rotating at incredible speed. Light bends and twists due to the immense gravity, creating lensing effects and streaks of distorted stars in the background. The astronaut’s helmet visor reflects the blazing light of the accretion disk, showing awe and fear in the reflection. As the astronaut drifts closer, the pull of gravity increases, causing the body to accelerate forward in a graceful, slow-motion fall. The stars behind stretch like threads of light, bending around the black hole’s edge. The camera angle shifts to a wide cinematic view revealing the full scale of the black hole — colossal, majestic, terrifyingly beautiful. Particles of dust and light swirl around, creating a glowing halo effect. Subtle slow-motion and volumetric lighting enhance the sense of grandeur and silence. As the astronaut approaches the event horizon, time appears to slow down completely. The edges of the frame warp and ripple as space itself distorts. At the final moment, a brilliant flash of light bursts across the screen, the astronaut vanishes, and everything fades into deep black silence. Render with photorealistic textures, cinematic depth of field, soft ambient lighting, realistic lens flares, dynamic contrast, 4K HDR detail, highly immersive atmospheric tone. Duration: 6 seconds, dramatic space ambience, epic and emotional cinematic style.