Weak Repulsive Force

Yet another logic error by Joe Sixpack

Abstract:
The gravitational force is the same as (equals) the latent 
repulsive forces for any given mass.

Stated another way, the Sigma of Warped Spacetime is the 
same as (equals) the Sigma of whatever you would call the 
Repulsive warpage.  hmmm... new concept...

                     ShitFuckDamnPiss!
           (that is the worse swear word i know)

Let me explain...

This is an error i should have caught when i opened my mouth 
the first time.  Instead, it went right by me and onto the 
paper...  not a brain cell twitched an objection...

sigh...   (joe sixpacks do a lot of sighing...)  i suspect 
we are related to the Charlie Brown character in the Peanuts 
comic strip.  My sincerest apologies to the good ghost of 
Mr. Charles Schultz.  

Well, the idea of multiple lasers trained on a contained 
small mass to "explode" the small mass using the opposite of 
the gravitronic weak force, which is the weak repulsive 
force lasted almost as long as fresh fish out in the sun on 
a hot day.

This time i Was sitting again sipping my standard Au Lait 
when it dawned on me out of the blue.  The theoretical 
quantum gravitron (gravalump) is somewhat analogous to a bar 
magnet, except the "force" generated isn't magnetic at all 
but would be a tiny quantum "warpage" of spacetime 
(gravity).    

The repulsive force only can get serious when there is an 
enormous amount of mass sufficient to push the fingers of 
the "bar magnet" into one another far enough to get the bar 
magnets polarly repulsing one another.  Under small, medium, 
large mass conditions that doesn't even come close to 
happening.  The "polar" bars have to be pushed past one 
another to get the plusplus repulsion effect.

That doesn't happen under normal mass conditions, not enough 
pressure.  it takes something like close to "critical" 
hypermass amounts of mass to generate the required pressure 
to trigger repulsion.

The external pressures needed are mind-boggling.  Our little 
aluminum football wouldn't have enough "repulsive" weak 
force generated from the sum of the repulsive gravitron 
component to pop open a can of beer, even if you could get 
the repulsive ends of the gravitron to line up artificially 
somehow.

Big time events based on forceful repulsion events are 
totally out of the question for small masses.  The sum of 
the gravitational force is the same as the sum of the 
repulsive forces for any given mass.

Okay, but now that takes out our pyramid & Sphinx 
sacramental too on devices based upon repulsive forces.

Well, at least we don't have to burn Alexander's Library on 
that account...

So the riddle of the Sphinx is back too.

Unsolved...

sigh...

Well, you can see how tough it is being a joe sixpack who 
has to stumble along in the thickets of logic.