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Overview
Arguments
Premises
Fallacy Reports
There are infinite prime numbers.
In order to divide both P and P + 1, the prime factor would also need to divide 1, and no prime number divides 1.
There are infinite prime numbers.
A prime factor of P + 1 cannot divide P, but all primes on the list can divide P.
There are infinite prime numbers.
Letting P be the product of all primes on the list, if P + 1 is not prime, then it has a prime factor not on the list.
There are infinite prime numbers.
Letting P be the product of all primes on the list, if P + 1 is prime, then it is a prime number not on the list.
There are infinite prime numbers.
For any finite list of primes, there exists at least one prime that is not on that list.
There is no such thing as A.I
This is dependent on constantly redefining the term "artificial intelligence" to exclude the most recently developed goal-directed systems.