Astronaut Approaches Supermassive Black Hole in Futuristic Space Suit

An ultra-realistic cinematic video of a lone astronaut in a modern space suit slowly falling into a supermassive black hole modeled after Sagittarius A*, inspired by the visual style of the movie Interstellar (2014). The scene begins with a wide-angle shot: the black hole looms massive, its gravitational field visibly distorting stars and space around it. The accretion disk spins at near-light speed, glowing with violent intensity — bright orange, white, and blue plasma racing around the event horizon. Gravitational lensing causes stars behind the black hole to arc unnaturally in the sky. The camera slowly zooms in on the astronaut drifting helplessly toward the black hole. Light stretches, sound fades, and the environment bends as the astronaut begins to spaghettify — not gruesomely, but subtly, according to real tidal force physics. The reflections on the helmet visor show the swirling disk and cosmic chaos behind. Cinematic elements: Slow motion, deep bass rumble, and lens flares Volumetric lighting with particles of dust and gas floating by Close-up shot of the astronaut’s face (visible through the helmet) expressing awe, fear, and peace Final sequence shows the silhouette of the astronaut crossing the event horizon and fading into black Visual Requirements: 8K photorealism Accurate black hole rendering (relativistic lensing, Doppler shifts) True physics of light distortion and tidal stretching Space environment with distant galaxies and faint nebulae Motion blur, HDR lighting, reflections, and cinematic lens filters