This article is republished from The Conversation under a Creative Commons license. The black hole belongs to a quadruple stellar system, The system is fictional, but plausible. both general relativistic from the gravitational bending of light, and special relativistic from the near light speed orbit. Leo Rodriguez, Assistant Professor of Physics, Grinnell College and Shanshan Rodriguez, Assistant Professor of Physics, Grinnell College. Falling Into a Black Hole In which we fall into a black hole on a real free fall orbit. ![]() But they would enjoy the adventure, for as long as they survived … maybe …. Their journey and findings would be lost to the rest of the entire Universe for all time. Keeping in mind that nothing can escape the gravitational pull beyond the event horizon, the in-falling person would not be able to send any information about their findings back out beyond this horizon. Now, if a person found an isolated supermassive black hole suitable for scientific study and decided to venture in, everything observed or measured of the black hole interior would be confined within the black hole's event horizon. To enter one safely, you would need to find a supermassive black hole that is completely isolated and not feeding on surrounding material, gas, or even stars. They are most certainly not hospitable and would make traveling into the black hole extremely dangerous. These disks are called accretion disks and are very hot and turbulent. Most black holes that we observe in the Universe are surrounded by very hot disks of material, mostly comprising gas and dust or other objects like stars and planets that got too close to the horizon and fell into the black hole. Thus, the person would pass through the event horizon unaffected, not be stretched into a long, thin noodle, survive and float painlessly past the black hole's horizon. Now, a person falling into a supermassive black hole would reach the event horizon much farther from the the central source of gravitational pull, which means that the difference in gravitational pull between head and toe is nearly zero. The person would experience spaghettification, and most likely not survive being stretched into a long, thin noodle-like shape. ![]() In other words, if the person is falling feet first, as they approach the event horizon of a stellar mass black hole, the gravitational pull on their feet will be exponentially larger compared to the black hole's tug on their head. ![]() The site is inclusive of artists and content creators from all genres and allows them to monetize their content while developing authentic relationships with their fanbase. This implies, due to the closeness of the black hole's center, that the black hole's pull on a person will differ by a factor of 1,000 billion times between head and toe, depending on which is leading the free fall. OnlyFans is the social platform revolutionizing creator and fan connections. Thus, someone falling into a stellar-size black hole will get much, much closer to the black hole's center before passing the event horizon, as opposed to falling into a supermassive black hole.
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