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| LeavingQuietly |
 Posted: Thu Feb 25, 2010 3:36 am Post subject: A mace-wheel in front of the wheel on a car |
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Suspended
Joined: 20 Sep 2006
Posts: 1048
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So, I and another talked about the ice on the roads. So I said:
"crush the ice with a mace wheel before the rubber wheel you drive with" more or less.
It should be like a cylindric mace that's always infront of the wheel and rotates.
In that way we would not need dubbs as much.
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Here I will explain the flaw in SR.
Einstein say x1 = +x, x2 = +y, x3 = +z, x4 = ict
I say 2 dimensions can't have the same sign.
And that time has one direction is positive
x,y & z has imaginary sign compared to eachother else they wouldn't been arbitrary +/- directional.
ctt + ivtx + √(-i)vty + √-(√(-i))vtz = distance |
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| fizzlooney |
| Posted: Sat Feb 27, 2010 11:15 pm Post subject: |
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Forum Ph.D.
Joined: 08 Jan 2009
Posts: 609
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| so now you are driving on crushed ice, what have you accomplished? |
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| LeavingQuietly |
| Posted: Sun Feb 28, 2010 8:51 am Post subject: |
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Suspended
Joined: 20 Sep 2006
Posts: 1048
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| fizzlooney wrote: |
| so now you are driving on crushed ice, what have you accomplished? |
That depends on how the mace looks. It can make trails in the ice, that you drive better on.
_________________
Here I will explain the flaw in SR.
Einstein say x1 = +x, x2 = +y, x3 = +z, x4 = ict
I say 2 dimensions can't have the same sign.
And that time has one direction is positive
x,y & z has imaginary sign compared to eachother else they wouldn't been arbitrary +/- directional.
ctt + ivtx + √(-i)vty + √-(√(-i))vtz = distance |
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