I found a pattern in prime numbers:

I found a pattern in prime numbers:
Every prime number is divisible only by itself and 1
!!!

Holy shit... HOLY SHIT. This is huge.

big if true

huge if big

1 is only divisible by itself and 1.
But 1 isn't prime.

Nice try.

Hmmm... Does that mean that 2 is the only even prime?

Every prime number is divisible only by itself and 1

is not the same as

Every number that is divisible only by itself and 1 is a prime

brainlet

OP:
>Every golden retriever is a dog.
You:
>Poodles are dogs.
>But poodles aren't golden retrievers.
Notice how that attempted objection doesn't actually contradict the original statement at all and shouldn't have ever been brought up.
OP never said being divisible only by itself and 1 is a fact exclusive to primes, he just said it's a fact universally true for primes.
Learn how to use logic.

publish this my senpai, its amazing

i made another big discovery just now: every prime number is a positive integer

That's just a part of the definition of a prime number

what about prime quadruplets?

expect your Fields Medal to arrive my mail

Here's another one. If you sort all numbers in 6er columns starting from 1 like pic related, they will appear only in 1st and 5th column, explain this shit now, OP

-2 is prime dumbass

no it's not

>I don't know what a prime is.

>hurr durr

>clearly at least one example in the second and third columns

Here's your blockchain Nobel OP :^)

>divisible by 1
Sounds like bullshit. You can't divide anything by 1.

I felt stupid the other day because I was helping doing some prime factorization for my community college and apparently I said 1 was prime and the professor called me on it.

dividing isn't the same as splitting

x / 1 = x
Am I God?

>13 is a prime
>Can only by divided by itself and 1
>13/2 is 6.5

No error no nothing.
This is very dumb op

>feel stupid
>community college
you doesn't feel, you are.

WE DID IT REDDIT! WE FOUND THE SECRET OF THE UNIVERSE!

>t.t brainlet
2nd and 3rd column appear only once

Learn some ring theory ffs.

brb double checking

Hey have you finish verifying it yet?

Sorry bros for being such a brainlet, but I forgot the definition of a prime number, could you remind me again?

The fact that they appear only once is a good hint for the entire problem''s solution.