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From: Archimedes Plutonium on 12 Aug 2010 05:32 I wrote earlier: > > Sorry about all that thrashing around, but am settled, although tired. > It is not a proof by > Mathematical Induction nor Fermat's Infinite Descent, although it > appears as such. > > I figured out what makes it work, or what forces it to become a > summand of two primes. > > It is not by contradiction. > > Let me use the example of 100 again and pretend as if at 100, the > Goldbach breaks down > and has no two prime summands. So I haul in the Goldbach Universal > Repair Kit. It is very simple kit and looks like this (K-2, 2) and the > K is 100 where Goldbach broke down, so I > drop down to the previous Goldbach that worked-- 98. So the (K-2, 2) > is (98,2) > > Now I look for all the primes that satisfy Goldbach at 98 and they are > (67,31) and (37, 61) > and (79,19). > > Now how does the Goldbach Repair Kit become so Universal in fixing any > even number that > is broken down with only one prime summand? It is easy to see how it > is Universal, for watch how it repairs 100. > > I take 67 and 31 and immediately try adding 2 to either one to see if > I can end up with two > prime summands, and nope, it does not work. So now I play the second > round trick and add 4 > to one while subracting 2 from the other to see if I can come up with > two prime summands? And the answer is yes for I can get (29,71). > > But let me continue with round three where I add 6 and subtract 4 from > one to the other. With the summands of (67,31) how many rounds can I > play with adding and subtracting? Well I can > play this rounds to the limit of subtracting 28 and adding 30. > > And what forces it to always work and repair the damaged Goldbach even > number? It is easy to see why it must work universally. If it did not > work means there are no primes in the interval 0 to 100 that are > separated by a metric length of 2, by a length of 4, of 6 of 8 of 10 > all the way to 50. > > As I wrote the first twenty five primes above: > 2, 3, 5, 7, 11, 13, 17, 19, 23, 29, 31, 37, 41, 43, 47, 53, 59, 61, > 67, 71, 73, 79, 83, 89, 97 > > The primes 3 and 97 are of length 94, the primes 5 and 97 are of > length 92 etc etc. > > If Goldbach was false at 100, means there are no prime pairs between 0 > and 100 of lengths > 30 to 60. > I am not actually sure if it is of lengths 30 to 60. Am too tired and will check tomorrow. The idea is basic, though. The idea is that if a even number >2 fails Goldbach at let us say K, then form (K-2, 2) and the repair kit then goes through a large band of numbers, adding and subtracting in increments of 2. So if Goldbach is false, then that leaves a wide band of no prime pairs of a length separation. In other words a huge gap. > So we see why Goldbach has to be true, otherwise we would have the > primes from 0 to > 100 be only this set: 31, 37, 41, 43, 47, 53, 59, 61, > 67, 71, 73, 79, 83, 89, 97 > I am not sure if it would be that set. But a large number of the primes in an interval would be gone. > So here I have given a proof of Goldbach without the referral to the > Algebra that every Even > Natural >2 has at minimum two prime factors. The above Proof works > because the repair kit is universal, and it must work for the reason > that there are no large holes in the primes given a metric length. So > there is something new in mathematics in this proof. The idea of a > repair kit has never been used before. > It is a new kind of proof because I am not aware of "repair kits" ever being used in a proof. I still think there is a proof using Galois Algebra or Projective Geometry where multiplication has the even numbers >2 all having at minimum 2 prime factors which becomes Goldbach in addition, so that as we interchange between multiplication and addition we retain the 2 prime factors or summands. Archimedes Plutonium http://www.iw.net/~a_plutonium/ whole entire Universe is just one big atom where dots of the electron-dot-cloud are galaxies |