If you aren’t familiar with my grid-system theory on molecular alignment, I shall familiarize you, even though Brooke has recently temporally disproven it (until I find an alternate solution). Click here to read it, because I am way too lazy to re-explain it. Hokay, Soh, say you could somehow exit out of the grid-system. Perhaps a small shift within two different points. You can get to this inner, undefined point by accelerating past the speed of light. That will allow you to become invisible to everything else that it’s along with you, and virtually, move you into a different universe with things traveling faster than the speed of light all around you. Now inside this different dimension, all time would stop, according to general and special relativity (I think). The mass would also be infinite, which might propose a problem, however it might just be something we can’t comprehend. Hopefully I will be able to refine this more as time passes (or doesn’t in my alternate universe). The problem that Brooke brought up was that the grid-system is locked in six directions, and that objects rotating and moving in different directions would also follow these directions, and these directions only. I’ll have to theorize and visualize this more. Please expect a follow up.
Yeah that sort works but….
remember the types of atoms that we actually do cause collide (most of the time) are HUGE [e.g urainium (234?]) and, using your Hawaii analogy, thats a planet’s worth of gravity between them. Also, what about the electron cloud. They’re moving around so fast theire location is a probability. Theres a very good chance they will hit one another. I’m working on the numbers for the magnetism towards between the clouds and nuclei, I’ll get back to you on that l8r.
[quote comment=”466″]I’m working on the numbers for the magnetism towards between the clouds and nuclei, I’ll get back to you on that l8r.[/quote]
umm about the numbers, does anyone know of any magnetic equations that work if the distance = 0 or the distance to put in for this particular problem?
haha… good idea… i cant wait to figure out the avg. atomic value for the mass of sound!!!!!!!!!!!!! it can and will be done… i promise
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