(to the proof gap between prime numbers arbitrary large we must show. we can find the arbitrarily large set of consecutive non-primes)
Proof: In order to find a gap of length n between two consecutive primes, consider the following list of consecutive integers:
(n+1)! + 2, (n+1)! + 3, (n+1)! + 4, …, (n+1)! + n, (n+1)! + (n+1)
we know that the first number in that list is divisible by 2, the second number is divisible by 3, the third number is divisible by 4, … and the last number is divisible by n+1. So all of these numbers are non‐primes! by selecting any n we can create arbitrary large consecutive non-primes
Proof: In order to find a gap of length n between two consecutive primes, consider the following list of consecutive integers:
(n+1)! + 2, (n+1)! + 3, (n+1)! + 4, …, (n+1)! + n, (n+1)! + (n+1)
we know that the first number in that list is divisible by 2, the second number is divisible by 3, the third number is divisible by 4, … and the last number is divisible by n+1. So all of these numbers are non‐primes! by selecting any n we can create arbitrary large consecutive non-primes
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