Someone-has-been-solved-Goldbach-s-Conjecture-

Question Number 12487 by geovane10math last updated on 23/Apr/17

Someone has been solved {Goldbach}^{'} s

Conjecture ? ?

Commented by FilupS last updated on 24/Apr/17

Is this not a proof ? ?

2 n = p_{1} + p_{2} n \in Z > 2

p_{i} \in P p_{i} = 2 k_{i} + 1 k \in Z ⩾ 1

2 n = 2 k_{1} + 1 + 2 k_{2} + 1

2 n = 2 (k_{1} + k_{2} + 1)

RHS \in E

∴ true

Commented by prakash jain last updated on 24/Apr/17

Hi Filup, your argument proves

that sum of 2 odd primes is even .

What is required is that every

even number > 4 can be written as

sum of 2 primes .

Commented by geovane10math last updated on 24/Apr/17

No, the problem {isn}^{'} t so easy .

Commented by FilupS last updated on 25/Apr/17

thanks . I now undwrstand the problem

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