marcuskaufmann

Keybase proof

I hereby claim:

• I am marcuskaufmann on github.
• I am marcuskaufmann (https://keybase.io/marcuskaufmann) on keybase.
• I have a public key ASBCI3u8w_UAfaTABj017y15AjwAPxjyUVx6XEdwCvD93go

To claim this, I am signing this object:

marcuskaufmann

Every function below outputs 1 if x is prime and 0 if it is not prime, but only guranteed (tested) for the given range.
The obvious presence of very small prime numbers in these functions is remarkable.


x - Range     | function
        0- 99 | y = mod(min(x*mod(x*mod(x, 5)*mod(x, -3), 7) - 5*mod(x*mod(x, 5)*mod(x, -3), 7), x - 8), 2)
      100-199 | y = min(mod(x*mod(x*mod(x*mod(-x, -3), 5), -11), 7), mod(x, 2))
      200-299 | y = min(mod(x*mod(x*mod(x^2*mod(x, 5)*mod(x, -3), -19), 7), 13), mod(x, 2))
      300-399 | y = min(mod(x*mod(2*x*mod(mod(x, -13)*mod(x*mod(x, -3), 5), x), 22), 7), mod(x, 2))
      400-499 | y = min(mod(x*mod(mod(x^2, -3)*mod(-2*x*mod(x, 5), 22), x), 7), mod(x, 2))