If Goldbach's conjecture is wrong there must be a series of numbers that will not Root into a infinite loop. Can you prove this? Then you will have proved the Goldbach Conjecture. Get to it.

One of the oldest unsolved problems in mathematics is also among the easiest to grasp. The weak Goldbach conjecture says that you can break up any odd number into the sum of, at most, three prime ...

What's doubly interesting about Goldbach is that while it's simple to understand, nobody has been able to prove, mathematically, that this conjecture is true. It sure as hell appears to be true ...

This paper describes how the even Goldbach conjecture was confirmed to be true for all even numbers not larger than 4 · 10¹⁸. Using a result of Ramaré and Saouter, it follows that the odd Goldbach ...

One of the oldest unsolved problems in mathematics is also among the easiest to grasp. The weak Goldbach conjecture says that you can break up any odd number into the sum of, at most, three prime ...