Need feedback on Prime numbers work

[Trurl]

I have over a 100 pages of attempts to find a pattern in Prime numbers. However you only have to read one of them.

 

Go to the Homepage at www.constructorscorner.com and under the date of the updates click the link of the new work.

 

A lot of work still needs done, but I believe I have found a way to find “x” on the Parabola. I am looking for feedback on my work. Let me know what you think. Can it work?

[abateNth]

First, Primes are scalars. There will be no curve of recognized form.

I shall not induce.

 

Second, matrix solution will yield cross sections of intersecting vectors, as you imply-ish.

 

To solve for primes is natured by the existence in the plane of Real Numbers, not easily had. There large, in the unknown area, because computation requires Time.

 

The time vector, is not truncated. Not by anyone in the Real Plane.

In a Nutshell, coexistence of abstract to your head, takes perseverance. Try truncating your sample pool. Make the computer look specifically at an area not known to you.

x=x^102, x=x

is a good sample of code for init'ing at higher ranges. You get the jist.

 

Another thought, should your code fail of you. Is the Almighty Fail itself. Your "true" flag is reset from the "false". Mind the Code. Don't let the Code Mind you.

[Trurl]

Thanks abateNth for the feedback. I do have a problem with x=x. And if I find a solution it will have to be accurate to work with large Primes.

 

I just have this image in my mind of a parabola or logarithmic spiral revealing a key to Primes. I mean the Primes are already there. Like when x is found to be always true. The trick is finding the series.

 

Your right it is no easy task--if possible. But just the though of the existence of a solution makes me wonder if it could be done. If someone could solve this problem, the solution would solve many other series.

[Mr Skeptic]

People have been trying to find a pattern to the primes ever since they were discovered thousands of years ago... but good luck, you'll need it. If you can find an easy pattern, or show that no easy pattern exists, you'll be very famous.

[DivideByZero]

btw, finding patterns in primes is a fun way to eat up time!