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Rossler: The danger is that a small black hole forms and then evenly not dematerialized. The probability is quite high that it flies away, but there is a completely small probability that it does not fly away. One wants to produce of it one million per year. Those are enough, in order to say that of it one will not dematerialize completely surely. This would circle then in the earth and occasionally with an elementary particle, an atomic nucleus or a quark would collide and it would up-eat. The question, which remains, is, how long it lasts then, until this small black hole grew sufficient strongly, in order to finally up-eat the whole world. That sounds absurd, is however last end very probable. There is an estimation with BBC Horizon that this 50 million years will last. That is the official Worst Case Scenario. But they forget with the fact that there is chaos and non-linearity. Thus it grows many faster. I came in such a way on a factor of 50 months!
Golem.de: Thus does a black hole function in principle? It eats atoms?
Rossler: Yes, it can only eat, it can not decrease, it is, it can dematerialize, but I broken-made, unfortunately that. Growth functioned thereby similarly as money by the interest and compound interest on the financial market increases. That happens also not linear, but exponentially.
Golem.de: The remedy would be another black hole?
Rossler: No, there is no remedy. The thing is hopeless, after 50 months the earth on a centimeter would have shrunk. It would be nothing more there, not only no more life, there but also the earth would be away, only their weight would be - as small black hole.
Otto E. Rössler (born 20 May 1940) is a German biochemist and is notable for his work on chaos theory and his theoretical equation known as the Rössler attractor.
In June 2008 Rössler emerged in the public eye [1] as a critics of the Large Hadron Collider (LHC) proton collision experiment supervised by the European Organization for Nuclear Research in Geneva and was involved in a failed law suit to halt its start up.
Rössler has authored around 300 scientific papers in fields as wide-ranging as biogenesis, the origin of language, differentiable automata, chaotic attractors, endophysics, micro relativity, artificial universes, the hypertext encyclopedia, and world-changing technology.
Originally posted by star in a jar
Hmm, maybe there's something to this- I've read somewhere that remote viewers couldn't 'See' anything after 2012, that there was just nothing to be seen after that time
Originally posted by BlastedCaddy
Wow that would be some sh!t... All this preeping for a mad dash to the hills and POOF!!! Eatin by an effin blackhole...Id be pist...Hope its fast and painless...
What would happen if you fell into a black hole?
Your body would be shredded apart into the smallest possible pieces. Neil deGrasse Tyson, director of the Hayden Planetarium at the American Museum of Natural History, who wrote the definitive account Death by Black Hole, imagined the experience as "the most spectacular way to die in space."
Closer to the center, gravity is even stronger. If you were caught by the pull of a black hole, you would be sent into free fall toward its center. The pulling force would increase as you moved toward the center, creating what's called a "tidal force" on your body. That is to say, the gravity acting on your head would be much stronger than the gravity acting on your toes (assuming you were falling head-first). That would make your head accelerate faster than your toes; the difference would stretch your body until it snapped apart, first at its weakest point and then disintegrating rapidly from there as the tidal force became stronger than the chemical bonds holding your body together. You'd be reduced to a bunch of disconnected atoms. Those atoms would be stretched into a line and continue in a processional march.
As Tyson described it, you would be "extruded through space like toothpaste being squeezed through a tube." No one knows for certain what happens to those atoms once they reach the center, or "singularity," of a black hole.
n a small black hole—like the one predicted by the LHC doomsayers—this dissolution would occur almost immediately. In fact, for all but the largest black holes, dissolution would happen before a person even crossed the event horizon, and it would take place in a matter of billionths of a second.
Originally posted by lpowell0627
Otherwise, if it were large enough, you would be able to visually see yourself and others being stretched and ripped apart. I knew I should have stayed off of ATS this morning....
[edit on 5-6-2010 by lpowell0627]
Originally posted by Dr Slim
Originally posted by lpowell0627
Otherwise, if it were large enough, you would be able to visually see yourself and others being stretched and ripped apart. I knew I should have stayed off of ATS this morning....
[edit on 5-6-2010 by lpowell0627]
no, theres no light in a black hole
If you fell into a large enough black hole, your last moments would be a little bit like being on the inside of a distorted, one-way mirror. No one outside would be able to see you, but you'd have a view of them. Meanwhile, the gravitational pull would bend the light weirdly and distort your last moments of vision.