Optimus Prime

[Optimus Prime @OptimusPrimeGen]

@QuantaMagazine @imalexstone The expressions 6n +/- 1 produce all prime numbers greater than 3, and many more composite numbers. If we knew where the composite numbers appeared in these sequences, we could infer the location of all of the prime numbers. Am I correct? Of what use would this be to anyone?

[Optimus Prime @OptimusPrimeGen]

@3blue1brown @dwarkesh_sp The expressions 6n +/- 1 produce all prime numbers greater than 3, and many more composite numbers. If we knew where the composite numbers appeared in these sequences, we could infer the location of all of the prime numbers. Am I correct? Of what use would this be to anyone?

[Optimus Prime @OptimusPrimeGen]

@WorldAndScience The expressions 6n +/- 1 produce all prime numbers greater than 3, and many more composite numbers. If we knew where the composite numbers appeared in these sequences, we could infer the location of all of the prime numbers. Am I correct? Of what use would this be to anyone?

[Optimus Prime @OptimusPrimeGen]

@ACanaanie @AlexKontorovich @ABCanaanie The expressions 6n +/- 1 produce all prime numbers greater than 3, and many more composite numbers. If we knew where the composite numbers appeared in these sequences, we could infer the location of all of the prime numbers. Am I correct? Of what use would this be to anyone?