SIMPLE METHOD TO IDENTIFY PRIMES NUMBERS, DISTRIBUTION ETC
IT is simple, all prime numbers lie at 19, are identifiable by quadrants and their
randomness is easily explained and the other diagram proves it for the dummies that for
some reason still persist in finding the biggest Prime Numbers, without knowing why.
We already know their distribution, and RIEMANN is clearly proven here over 3, but
below three Riemann was wrong, because he did not understand inverse 19. This is proof
for all the mathematicians, and If You cannot clearly see the "Handwriting on the wall"
on this diagram, well go find a bigger and bigger prime (In the Grace of our Lord Jesus
Christ)--Vinoo Cameron, Theo Denotter, August 21 2009 as recorded on Sci- math.
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PRIME RANDOMICITY SOLVED at 19 degrees
The hypotenuse of 19 transects at exactly 1:3 .’Ihe mathematical continuum is transected
at 3:4 (easily established). Note in this diagram how 19 is offset exactly by 1/3:2/3, and
transects the 90 degrees at 30 degrees exact, making it the division of 3:4, as divide any
prime by 0.25, and you get a whole number ANY PRIME(19/0.25=76), matching the
point in the continuum and explain the randomness of the Prime distribution of numbers
very clearly, and this Prime Mystery nightmare is soon over (Copy to AMS, August 20
2009). Note when we did the "Square of the Circle, the centers were off exactly the
same.--Vinoo Cameron, Theo Denotter..