![]() He won't see the end of the universe and the end of time. It means he will see the outside universe speed up, and then nothing - when time is totally dilated flat, his frame of reference will be as frozen in respect to the rest of the universe. In other words, a falling astronaut will have his time dilate until he gets to the event horizon and it will become totally flat. If our time is dilated perfectly and remains so, we will not experience anything within this frame because this frame has no time, relative to everyone else (the outside universe). When time is dilated perfectly, completely flat, it ceases to tick - it will get slower and slower until it just stops ticking (technically time ceases). Move closer to extreme gravitation, and time will dilate more. Consciousness: Pushing the boundaries of science and pseudoscienceįollow Ramin Skibba on WordPress.Gravitation will cause the time to dilate.Challenges of the James Webb Space Telescope, NASA's Successor to Hubble.New freelance writings: climate’s costs, tech vs tourism economies, and coral farming.New freelance writings: human-altered nature, and Biden’s space policies.New freelance writings: AI in psychiatry, galactic archaeology, and Mars exploration.New freelance writings: A new space treaty, space radiation risks, and collapsing coastal cliffs.New writings: Decolonizing space, space debris problems, and archaeology vs climate.If string theory is plausible and I push my boss into a black hole, wouldn’t my boss’ information still exist in the fifth and higher dimensions? In order for his information to have been completely destroyed (again, assuming string theory is plausible) wouldn’t the black hole have to consume all possibilities of my boss ever existing? Let’s say I pushed my boss into a black hole… As he crossed the event horizon (or the ‘apparent horizon’) he would be “spaghettified” before the black hole’s immense gravity would eventually crush him into his constituent quarks whose mass would be added to the singularity… While there’s likely no chance of him emerging, I am left scratching my head if I must accept that his information would be lost forever… I don’t understand how this can possibly be if string theory is plausible (I’m not necessarily saying that it is). I’m taking issue with a general statement that “all information is lost if it is engulfed by a black hole”. My question is based on an aspect of String Theory where the fifth dimension contains all of time (from the Big Bang to the demise of our universe) as well as all possibilities due to chance, choices and the actions of others. Recently, I encountered a problem and I’m not sure where to find the answer. Lately I’ve been contemplating black holes and string theory. It happens to entire stars that venture too close, then get shredded in blazes of energy. ![]() ![]() The resulting shrapnel and debris would spiral into the hole, vanishing forever.Īstronomers see evidence of this at the centers of galaxies, where the largest black holes grow. In a fraction of a second, this tide would stretch you and tear you apart like taffy. Your legs would feel a much stronger gravitational force than your head. Your clocks would run differently, too black holes bend not only space, but time itself. ![]() Along the way, you would perceive distorted colors and shapes as if through carnival mirrors. If you got too close, it would inevitably suck you in. Black holes have such densely compressed mass that they warp the very fabric of space around them. (Credits: NASA/CXC/M.Weiss)Īccording to Albert Einstein’s relativity theory, the laws of physics break down near extremely massive objects. Artist’s drawing of the black hole Cygnus X-1, pulling matter from the blue star beside it. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |