Skybuck's Theory for Black Holes (and the universe)

Jul 10, 2013 7 Replies

Hello,



It's been a while since I posted some crazy theories for you guys and gals. I've been away deep down in Startrek Cyberspace, but for now I have returned to the upper levels of cyberspace, to once again do what I luv. So perhaps I should apologize for my absence :) Nehhhh. Nott.



Anyway let's get down to bussiness.



Here is my crazy theory for what a blackhole is.



To understand what a black hole is you must first understand what the universe is.



The universe is a simulation running in a basement on a computer which has been long forgotten by an extinct civilization. Any moment that computer could be hit be a comet and then our universe seizes to exist.



Now you can finally understand what a blackhole is. A blackhole is caused by defects in the memory chips. The defects suck up particles. This screws up the physical simulation and ultimately leads to what we perceive as a blackhole.



If their is any merit to this crazy theory could be tested.



Perhaps by generating/spawning particles and forcing allocations and destructions... the memory allocator would then for certain indexes in it's memory array fail... causing particles to fail.



Perhaps this will then cause a blackhole to occur in the simulation.



So the simulation needs to be of a dynamic nature... so that record/structures/field move around in memory... to create a chance that it will be sucked up by the defect.



A static simulation could also be tried where particles always lie on the same memory cell... but I dont think this will cause a blackhole... but I could be wrong.



Perhaps a static simulation is perfect to create a blackhole.



The particles should have collided and transmitted information/kinetic impacts, suddenly these kinetic impacts disappear... resulting in lost velocity, resulting is lost capabilities of bouncing the distances against each other... and instead causing collapses like a black hole.



It seems to make perfect sense to me ;)



If the particle system was written in such a way that each particle is in a grid... transmitting data to adjacent cells of the grid, then one cell failing in that grid could have severe consequences and could end up becoming a sink hole.



Good bye for now. I hope to have inspired your brain to give it a try ;) Bye, Skybuck.



You had me worried for a moment, but I checked the specs and that computer is comet and red dwarf proof. Sleep tight.

Now, what are you doing outside my killfile, again?

Roberto Waltman [ Please reply to the group, return address is invalid ]

*-----------------------------^ spelling

*------- FlyBuckian civilization --^
*--------------- spelling ---------------------------------^
*----- incorrect term..the force is a "push" ----------^
*-----^ spelling
*-------------^ incorrect term..the force is a "push"
  • I "sink" U R nuts.

Also when you do test this theory, please remember to turn off the lab computer ;)

Bye, Skyverse :)

What QCD physicists do in their spare time...

Constraints on the Universe as a Numerical Simulation ('see spot run' summary version... with pictures!!!!)

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Eric

On Wed, 10 Jul 2013 06:35:43 +0200, "Skybuck Flying" wrote, in part:

Aside from the detail, this sort of thing has been put forward by serious people... Stephen Wolfram, in "A New Kind of Science".

But it's still nuts *as a scientific theory* even when advanced by someone like him. It isn't falsifiable... among other things.

However, as an example to illustrate an important point in *philosophy*, it's a useful idea.

John Savard

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See Spot run. Run, Spot, run.

I am going to use this little silly thread to add some more mystery/insights into the computational universe ! LOL.

I dont believe this one actually but still an interesting thought:

Perhaps super novas are the results of floating point overflow ! ;) =D

Bye, Skyverse ! ;) =D

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