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Before the Big Bang, I believe there were massive universes with massive Black Holes to match. The thought that space is empty before the Big Bang is false. There are other universes with galaxies and Black Holes everywhere... some critical and some super-critical. OK, supercritical Black Hole is 50% or more of Black Hole energy limit.
1) In a black hole, all matter is compressed into a singularity, so there is no space for humans to live. There is no almost flat space-time that could contain the observable universe inside a black hole. 2) In the black hole, singularity exist in the future, and in the universe, singularity exist in the past.
For a sufficiently large black hole, one would not know they were going through the event horizon. The tidal forces are less and less, at the radius of the event horizon, as the black hole becomes more massive. All one would know is they were traveling through space at some velocity.
Black Hole Jet connected to... I have a question for the Astronomer. The image is a section of the very first test image James Webb Space Telescope captured with the near-infrared camera (NIRcam). (See image by clicking Link below). You can see the hot gas swirling around the accretion disk on a black hole, in the near-infrared light spectrum.
A large amount of mass in a very small space creates immense gravity, and immense gravity is characteristic of a black hole. 3. The event horizon tells you where the “safe zone” is. As far as how strong the gravity is, that can be determined with the Schwarzchild radius, also known as the event horizon. This is the radius around the ...
generally it is ecapted that a black hole is black becasue the gravity of the black hole is so great that even light can not escape. But what if that is not true. See i heard him talking about spagetification wich a name for the act of stretching matter to an infinete thin line because of the difference in gravity over the lenght of an object.
1. Use the Schwarzschild Radius formula. The more precise name for the event horizon is the Schwarzschild Radius, named after Karl Schwarzschild. The formula for the Schwarzschild Radius is Rs = 2GM/c^2. “G” represents the gravitational constant (6.67 x 10^-11 m^3/ (kg x s^2), “M” is the mass of the black hole, and “c” is the speed ...
The "photo" of the black hole produced earlier (last year?) suggests that the answer to that is "No" as stars should have been visible through the hole. The data was heavily massaged to produce the image, so it is definitely not definitive proof of the negative.
Sky News report says a Black hole at a distance of 13 billion light-years is too big to have developed by our standard theory at that early in the Universe. The reference says at the size it is it would take 1 billion years to grow. Firstly that is still within the theoretical limits (correct me) but unlikely.
When light move in space it left behind the gravity as vaccum collected together in spacetime then it make that big spiral movement concentrated as giant black hole all together as a Gate (like it is in its epsilon photon QUARK's function) to penetrate inside the tunnel of spacetime for matter generation by their quasar energy fusion and ...