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10-24-2007 12:22 AM
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pokkets says:
The neutrino went from Switzerland to Italy in 2.4 milliseconds a distance of 730Km(530 miles) Neutrinos are hard to detect because they have no charge, and tend to pass through things undetected. They could provide clues as to the whereabouts of the puzzle of the 'missing mass' of the universe. Physicists have calculated a mass for the universe, but are having trouble finding around 90% of it. Neutrinos were once thought to be massless, but experiments suggest it has a mass albeit a very small one.
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10-24-2007 4:33 AM
skwirlinator
Could a neutrino be a superstructure of time?
10-24-2007 9:52 AM
pokkets
Particles could be like tags. Maybe the representation in this dimension of a more complicated extra-dimensional structure. One thing they know that with the amount of space, for any at all to be detected by our methods, there must be plenty of them. That's not to mention the particles or forms of quanta that we can't detect. I've often wondered if there were particles or wave forms that were faster than light, but because of their nature, we have no way to find them, because we don't know where to look, or that we should look at all. Perhaps not in a dimension that is perpendicular, but parallel.
I also want to know why Atoms have shells.Or more particularly- can we change the shell layout...
10-24-2007 1:15 PM
ColoradoRight
One fact about neutrinos that always stuck with me - you could shoot a neutrino through a column of solid lead that stretched the distance from the Sun to the Earth and it would only have a 50% chance of interacting with the lead.
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