The bending of Space-Time

The bending of space-time, rooted in Einstein's General Theory of Relativity, occurs when massive objects like stars and planets create a gravitational field. This field causes space-time to curve—the more massive the object, the stronger the curvature.
Visualize this as a heavy object on a stretched rubber sheet; the sheet curves around the object due to its mass. Celestial bodies cause space-time to curve, influencing the paths of other objects.
When a massive star exhausts its fuel, it undergoes a supernova explosion. If the core is over three times the mass of our Sun, intense gravitational collapse follows, overcoming all forces, leading to a point in space with overwhelming gravity—a singularity. Surrounded by an event horizon, this boundary marks a black hole.

[ExploreTheCuriosity]

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[bigjoyoasis]

This interesting. The way it is spoken is unsettling. I wonder if it is real or an AI voice. If it is the latter it would be also interesting what descriptors were used to generate it. Care to share?

[sonquatsch]

i need someone to teach me exactly how to create visuals just like these.

[brianc]

I think your what you are presenting might be outdated