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#1
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What if(on easy universe)
To construct the simplist universe is as easy as this. Have electron
moving at c TreBert |
#2
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What if(on easy universe)
On Apr 12, 7:27*am, (G=EMC^2 Glazier) wrote:
To construct the simplist universe is as easy as this. Have electron moving at c * TreBert I agree, that the black hole nature of the invisible but relatively high density worth of an electron, or that of its antimatter positron, are key to formulating a given universe (large or small). Moving electrons and positrons along at c or faster would certainly represent a great deal of volumetric black hole energy, especially if these electrons and positrons were to be colliding at nearly 2c as planed to take place at the LHC, whereas the 2c colliding of protons plus 100 tonnes of helium fusion could manage to cause a rather nifty terrestrial nova of some interesting proportions. (what could possibly go wrong?) ~ BG |
#3
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What if(on easy universe)
On Apr 12, 7:27*am, (G=EMC^2 Glazier) wrote:
To construct the simplist universe is as easy as this. Have electron moving at c * TreBert An electron moving at c would have infinite mass! Double-A |
#4
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What if(on easy universe)
On Apr 14, 7:55*pm, Double-A wrote:
On Apr 12, 7:27*am, (G=EMC^2 Glazier) wrote: To construct the simplist universe is as easy as this. Have electron moving at c * TreBert An electron moving at c would have infinite mass! Double-A Not sure about that, unless e=mc2 is bogus because the speed of light is nearly as infinite as is the velocity of gravity. 300,000 km/s really isn't all that fast. ~ BG |
#5
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What if(on easy universe)
Double A You are seeing the light. Infinite mass could describe this
type of "Easy Universe" Not all universes have to be the same,and speed of electrons could make the relative difference from one to the other. The very easiest universe would have only one electron if it moved instantaneously. can't get much simpler than that TreBert |
#6
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What if(on easy universe)
On Apr 15, 6:17*am, (G=EMC^2 Glazier) wrote:
Double A *You are seeing the light. Infinite mass could describe this type of "Easy Universe" Not all universes have to be the same,and speed of electrons could make the relative difference from one to the other. The very easiest universe would have only one electron if it moved instantaneously. can't get much simpler than that * TreBert Velocity doesn't increase mass, at least not in the real world. Perhaps in your quantum world there's an increase in mass, though I kind of doubt it. ~ BG |
#7
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What if(on easy universe)
On Apr 15, 6:17*am, (G=EMC^2 Glazier) wrote:
Double A *You are seeing the light. Infinite mass could describe this type of "Easy Universe" Not all universes have to be the same,and speed of electrons could make the relative difference from one to the other. The very easiest universe would have only one electron if it moved instantaneously. can't get much simpler than that * TreBert Oh I see, the What If there is only one electron theory! Double-A |
#8
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What if(on easy universe)
On Apr 14, 8:15*pm, BradGuth wrote:
On Apr 14, 7:55*pm, Double-A wrote: On Apr 12, 7:27*am, (G=EMC^2 Glazier) wrote: To construct the simplist universe is as easy as this. Have electron moving at c * TreBert An electron moving at c would have infinite mass! Double-A Not sure about that, unless e=mc2 is bogus because the speed of light is nearly as infinite as is the velocity of gravity. 300,000 km/s really isn't all that fast. *~ BG m = m_0 / sqrt( 1 - ( v^2 / c^2 ) ) When v approaches c, m approaches infinity. Double-A |
#9
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What if(on easy universe)
On Apr 15, 8:03*pm, Double-A wrote:
On Apr 14, 8:15*pm, BradGuth wrote: On Apr 14, 7:55*pm, Double-A wrote: On Apr 12, 7:27*am, (G=EMC^2 Glazier) wrote: To construct the simplist universe is as easy as this. Have electron moving at c * TreBert An electron moving at c would have infinite mass! Double-A Not sure about that, unless e=mc2 is bogus because the speed of light is nearly as infinite as is the velocity of gravity. 300,000 km/s really isn't all that fast. *~ BG m = m_0 / sqrt( 1 - ( v^2 / c^2 ) ) When v approaches c, m approaches infinity. Double-A As I said before, 300,000 km/s isn't very fast. Supernova can manage to expand their cloud or bubble of debris at roughly 0.1c (30,000 km/s), and it's not because of any increased mass that limits this outward flow. Now, as a graviton has unlimited velocity, this could be entirely different, as the expanding material has to pull against all the other expanding matter. ~ BG |
#10
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What if(on easy universe)
Double A That instantly moving one electron theory came out of Feynman
and Wheeler fooling around with that idea. It is non-sense in the macro realm but in the quantum realm(micro) it could answer how an electron can be in two places at once,and can fit with Feynman's "Sum of the History theory"(two slit answer) go figure TreBert |
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