showcasing variations in color and brightness to indicate different temperatures and densities FLUX prompts

6 months ago

Generate a scientifically accurate and visually stunning depiction of a supermassive black hole, reminiscent of the imagery from the movie "Interstellar." The central element should be a perfectly circular, dark event horizon. Surrounding it, create a bright, swirling accretion disk of superheated gas and dust, showcasing variations in color and brightness to indicate different temperatures and densities. Crucially, illustrate the strong gravitational lensing effect, where light from the far side of the accretion disk is bent dramatically around the black hole, forming a distinct bright ring or halo visible above and below the central darkness. The accretion disk should appear flattened and show signs of rapid rotation. The background should be the deep blackness of space, subtly dotted with distant stars. Capture the awe-inspiring and mind-bending physics of this cosmic phenomenon.

6 months ago

Generate a scientifically accurate and visually stunning depiction of a supermassive black hole, reminiscent of the imagery from the movie "Interstellar." The central element should be a perfectly circular, dark event horizon. Surrounding it, create a bright, swirling accretion disk of superheated gas and dust, showcasing variations in color and brightness to indicate different temperatures and densities. Crucially, illustrate the strong gravitational lensing effect, where light from the far side of the accretion disk is bent dramatically around the black hole, forming a distinct bright ring or halo visible above and below the central darkness. The accretion disk should appear flattened and show signs of rapid rotation. The background should be the deep blackness of space, subtly dotted with distant stars. Capture the awe-inspiring and mind-bending physics of this cosmic phenomenon.