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black hole singularity

Apply a quantum theory of gravity to these bizarre objects and the all-crushing singularity at their core disappears.In its place is something that looks a lot like an entry point to Though no human is likely to fall into a black hole anytime soon, imagining what would happen if they did is a great way to probe some of the biggest mysteries in the universe.

It is not a physical surface, but a sphere surrounding the black hole that marks where the … If you want an interaction to work by having an interior particle exert an outward force on an exterior particle, there needs to be some way for a particle to travel along that outward path. Inside a black hole, the spacetime curvature is so large that light cannot escape, nor can particles, under any circumstances. Food that enters the black hole comes out of the white hole as a Singularity Plort The black hole, acts like a black hole, and sucks everything up, while the white hole blows everything away. Without that, the best you can do is “smear out” your singularity into a one-dimensional, ring-like object (due to angular momentum), but that still won’t get you a three-dimensional structure. According to Einstein’s general theory of relativity, there’s an astrophysical limit to how dense something can get and still remain a macroscopic, three-dimensional object.

Because we have the quantum rule of the If you place too much mass on a white dwarf star, however, the individual nuclei themselves will undergo a runaway fusion reaction; there’s a limit to how massive a white dwarf star can get. Apply a quantum theory of gravity to these bizarre objects and the all-crushing singularity at their core disappears.

Quantum thermometer could measure coldest thing ever Singularity is not implemented yet (and you still have to beat the whole galaxy first) and Shard upgrade is very costly while shard gain is very slow. Because something must be exerting an outward force, holding the center up against gravitational collapse. The more mass you place into a small volume of space, the stronger the gravitational pull gets.

LQG combines general relativity with quantum mechanics and defines space-time as a web of indivisible chunks of about 10In this new model, the gravitational field still increases as you near the black hole’s core. The gravitational force will work to pull that exterior particle inwards, but under these conditions the force-carrying particle coming from the interior particle simply cannot move outwards. It would be a totally different feeling if Shard 2 was on the same difficulty than shard 1 but with 10 or 20 additional areas with …

People have often wondered whether there might be a stable form of ultra-dense matter inside that event horizon that will hold up against gravitational collapse, and whether a singularity is truly inevitable. The atoms that we have are made of nuclei and electrons, and the electron shells push against each other. When massive stars go supernova, they can make either a black hole (if they’re above a critical threshold), but more commonly will see their cores collapse to form a neutron star.
There can be no real particles, structures, or composite entities that survive a journey into a black hole. Within seconds, all you cam ever have is a singularity. 29 May 2013 Structure of a black hole.

If the spacetime containing your particles is below the density threshold necessary to create a black hole, that’s no problem: moving at the speed of light will allow you to take that outward trajectory.But what if your spacetime crosses that threshold?
So long as your particles are either massive or massless, and obey the rules of physics we know, a singularity is an inevitability. No matter how you set it up, every single particle inside the event horizon inevitably winds up at a singular location: the singularity at the black hole’s center.So long as particles — including force-carrying particles — are limited by the speed of light, there’s no way to have a stable, non-singular structure inside a black hole.

What this means, if you attempt to visualize it, is that force carrying particles (like photons, gluons, etc.)

Despite only holding for a simple model of a black hole, the researchers – and Ashtekar – believe the theory may banish singularities from real black holes too.That would mean that black holes can serve as portals to other universes.

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