Wrong. Check the units.
Implied Crackpot is now showing me that I am really the know it all Crackpot!
And therefore next time I will not judge so hastily
The speed of Light equals around 300,000 Km/sec..
Regardless of what quanta "c" equals
If we use the quanta "c" in our calculus to define an area that consists with mass we still can calculate {via E=MC^2} the Potential Kinetic Energy to it, it does not matter what "c" equals.. As long as for each area of mass the same we use the same quanta.. Seriously! Are you paying attention here?
Anyway "Justin Case" before we proceed further , perhaps if one spends some time at the following Links one may refresh what is involved and why the units do stack up!
http://www.colorado.edu/physics/2000/waves_particles/lightspeed-1.html
http://cosmicvariance.com/2007/02/23/why-does-emc2/
http://www.newton.dep.anl.gov/askasci/gen01/gen01709.htm
Having reinforced ones memory... lets play around with E=MC^2
Now once again I will repeat my interpretation of what the formula Implies to me, in that if we have an area that consists with mass and an area was defined with a given yard stick, which may measure out an area equal to one metre by one metre by one meter and on calculus the Energy check-summed to be equal to one, of course we know "c" is much greater and the energies checksum therefore should reflect this, but lets hope the quanta I used is basic enough for all those crackpot and or crank busters that are really slow and or extremely challenged in calculus that they can comprehend what I attempted to imply..
NOW - If we squeezed another area "one meter by one meter by one meter of mass" into another area of one meter by one meter by one meter of mass so that the two occupy the area equal to one meter by meter by one meter, Err~ for the really slow ~ yeah you should know by now which one of ewe has bleeped like a sheep!
Just think of the forces and or velocities that infer the forces utilised by an air compressor squeezing a gas into a liquid state and or even to solid state of mass within it strong enough to perhaps even rapture the Container.
Yeah obviously we are stuffing a lot more mass into a larger area but by golly you should get the general idea by now!
If we go back to where I have postulated where a mass can occupy a given area and we then stuffed two of these areas (the same) together so that two are now occupying where one normally would we would have in the implied area the energy of two areas now occupying an area equal to a single mass! But by squeezing the two together we have also Increased their Potential Kinetic Energy and if not for the containment forces would simply return to spread out at the velocity at "c" less the speed of any opposing velocities..
So where does my implied quanta and or units not stack up?
I insist you carefully try ones calculus again but this time by using 300,000 Km/s for "c" to give our implied distances for the areas definition and you will see the energy will double if we have two of em squashed to occupy where one would normally occupy~ Hell! why not go ballistic! and try as many masses as one likes! And you will see it will always stack up!
OK? Can we move on to some more advanced Physics or do we still have to clarify more of basics?