NASA: “Spaghetti” if you fall into a “black hole” – a scary simulation – Newsbomb – News

We all pretty much know about the “black hole” in the space landscape, but NASA went a step further and experimented with simulating what would happen to a human body if it fell into a “black hole.” The result is chilling.

The US space agency has created a visualization of an object entering a black hole, showing the process of “turning into spaghetti”.

This is exactly what would happen to a human being swallowed by a black hole, and it is a truly terrifying way to die.

Astrophysicists coined the phrase “spread out like spaghetti” as a convenient way to describe what happens to objects that fall into a black hole

“People often ask about this,” said Jeremy Schnittman, an astrophysicist at NASA’s Goddard Space Flight Center who took the image. [τι θα συνέβαινε αν έπεφτε σε μια μαύρη τρύπα] Simulating these difficult processes helps me connect relativistic mathematics to real-world consequences in the real universe.

The visualization takes the viewer on a one-way trip into the black hole. With terrifying clarity, the simulation shows the distortion of light as the camera – a surrogate for an ‘adventurous’ astronaut – enters the vortex. This light bends and stretches as the camera goes deeper into the black hole before refracting and bending again around the original line of light.

This demonstrates the reality of traveling beyond the outer limits of a black hole and to a place where not even light can escape its fierce gravity. The ring of light represents a tipping point, space.com reports, which means that’s the case for anything that gets that far.

The gravitational singularity of a black hole is so strong that it amplifies tidal forces so dramatically that objects are stretched vertically and squashed horizontally, turning whatever that object was — a star, an astronaut, or an alien — into spaghetti or spaghetti.

Not surprisingly, this will kill you. And in this bleak scene, there is hope. According to scientists, the larger the black hole, the farther its outer ring is, giving incoming objects a better chance of passing the point of no return.

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