think of this equation 1+1-1+1 = mc2 if 1 = mc^2 / 2
then compare it to e=mc2
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fissio/fusio/fast then light
#2 12 February 2012 - 12:14 PM
yeah... and this would mean what exactly?
1 would need to have units for it to be valid and it'd only work for a single value of m as it is a variable. but then what? you have the mass equivalent of 1 joule. or whatever unit of energy you apply to the 1
1 would need to have units for it to be valid and it'd only work for a single value of m as it is a variable. but then what? you have the mass equivalent of 1 joule. or whatever unit of energy you apply to the 1
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#4 12 February 2012 - 12:36 PM
you haven't answered what the point is.
you also haven't addressed the lack of units.
you also haven't addressed the lack of units.
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"Special" Relativity, stupid ideas seem smarter when they come at you really fast.
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#5 12 February 2012 - 12:41 PM
In natural units where c=1, we have that mass and energy share the same units. So lets do that. It does not really matter what we pick.
Then you have 2 = m in these special units. All you have done is considered the special case of a particle of rest mass 2.
Then you have 2 = m in these special units. All you have done is considered the special case of a particle of rest mass 2.
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#6 12 February 2012 - 02:05 PM
!
Moderator Note
Hey eino, can you please review the speculations forum rules. I'd also suggest reading the stickied threads at the top of the speculations forum. Your explanations will have to be clear else no one is going to understand you.
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