Doesn't work unless you have a 100% rigid rod (unpossible).
As you are applying massive force to push the rod, it will simply break.
it is meaningless lol dont focus on the particular example, make it a very thick rod, or a fucking immense cube that weights trillions of tons, if you move it, information will indeed travel faster than light
Doesn't work unless you have a 100% rigid rod (unpossible).
As you are applying massive force to push the rod, it will simply break.
it is meaningless lol dont focus on the particular example, make it a very thick rod, or a fucking immense cube that weights trillions of tons, if you move it, information will indeed travel faster than light
I think this is wrong, because it takes actual time for the atomic particles to "push" the next atom and etc etc.
The translated movement speed would'nt exceed the speed of light.
Doesn't work unless you have a 100% rigid rod (unpossible).
As you are applying massive force to push the rod, it will simply break.
it is meaningless lol dont focus on the particular example, make it a very thick rod, or a fucking immense cube that weights trillions of tons, if you move it, information will indeed travel faster than light
I think this is wrong, because it takes actual time for the atomic particles to "push" the next atom and etc etc.
The translated movement speed would'nt exceed the speed of light.
On November 24 2009 07:07 Rekrul wrote:
dont try to explain quantum physics to a third grader
Doesn't work unless you have a 100% rigid rod (unpossible).
As you are applying massive force to push the rod, it will simply break.
it is meaningless lol dont focus on the particular example, make it a very thick rod, or a fucking immense cube that weights trillions of tons, if you move it, information will indeed travel faster than light
I think this is wrong, because it takes actual time for the atomic particles to "push" the next atom and etc etc.
The translated movement speed would'nt exceed the speed of light.
On November 24 2009 07:07 Rekrul wrote:
dont try to explain quantum physics to a third grader
It dont matter How you make it and out of what kind of matter..
There is one simple rule in physics (sorry for my english) inertia:
Stating that although the original force has already stopped moving it takes time for mass on the other side to reach the point of movement
This is much slower then the speed of light and there for does not work
Pwned Bitches
Btw quantum physics hasn't got anything to do with
Doesn't work unless you have a 100% rigid rod (unpossible).
As you are applying massive force to push the rod, it will simply break.
it is meaningless lol dont focus on the particular example, make it a very thick rod, or a fucking immense cube that weights trillions of tons, if you move it, information will indeed travel faster than light
I think this is wrong, because it takes actual time for the atomic particles to "push" the next atom and etc etc.
The translated movement speed would'nt exceed the speed of light.
but what about a perfect solid, lest say a neutron bar with absolute 0 compressibility
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Jas0n United States. Apr 06 2010 00:08. Posts 1866
holy crap this made me lol pretty hard
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Stim_Abuser United States. Apr 06 2010 00:10. Posts 7499
the canoe thing would be epic if he did it from higher and was able to complete a full flip.
Hey Im slinging mad volume and fat stackin benjies I dont got time for spellin n shit - skinny pete
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United States. Apr 05 2010 19:01. Posts 1597
