For the first time in history, NASA offered an unparalleled view of the interior of enigmatic black holes, thanks to an astonishing simulation developed by a supercomputer. This technological advance, based on current data, allowed scientists to virtually immerse themselves in these objects. massive parts of the universe, unraveling some of its deepest mysteries.
Since their discovery, black holes have fascinated scientists, astrophysicists and space enthusiasts, who have speculated about what would be found inside these cosmic entities, however, due to the vast distance that separates them from Earth and the extreme conditions that There they are, exploring them directly was impossible.
In response to this mystery, NASA requested a supercomputer from the Goddard Space Flight Center to create an unprecedented simulation,
The simulation presents two different scenarios: one in which a camera, acting as a substitute for an astronaut, is ejected upon failing the event horizon, and another in which it crosses this boundary, facing its inevitable fate.
As the dummy camera approaches the black hole, a ring of photons is observed, an image generated by light orbiting the hole before being captured by its unrelenting gravity.
This technological achievement, carried out by the Discover supercomputer at the Goddard Space Flight Center, marks a milestone in our understanding of black holes.
Previously, obtaining a simulation of this caliber would have required decades of processing on a standard laptop, but thanks to the power of supercomputing, it was achieved in just five days, using a tiny fraction of its capacity.
The simulation adds to other recent advances in the study of black holes, such as images produced by the Event Horizon Telescope in 2019 and 2022, which revealed unprecedented details about these cosmic phenomena.
Additionally, the study of black holes provided crucial information about the formation and evolution of the universe, including the detection of gravitational waves produced by mergers of supermassive black holes.
Continued exploration of these cosmic phenomena will remain a priority for NASA and the global scientific community, in hopes of unraveling their deepest secrets and expanding our understanding of the universe.
