A whole number is a number which is not a decimal, fraction or negative. It expresses itself in the below form:
1 or 2 or 3.
A composite number is a number which is in this case a whole number but has factors of a prime and also may have non-prime factors.
It's worthy to note that all numbers which are whole but not prime (check above definition) are composite numbers:
For example, to multiply to 20, all *important* factors would be 1, 2, 4, 5, 10, 20.
This blog post discusses twin primes and the Twin Prime Constant or The Gap-2 Function (my personal name). Finding a formula which can find prime numbers infinitely would break all digital banking and other services across the world. If a person so wish, it could also be used to game platforms like Bitcoin to give infinite money, but in return strengthening the worlds banks against the upcoming threat.
Fact
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[ ORIGIN: ALTERRA_CORE ]
1 cannot be a prime, it is a UNIT NUMBER. Think of the UNIT like God. It is the building block of all whole numbers. It is not a prime or composite number. 1 is simply too good to be classed as either. It cannot turn water into wine, but it's knowledge can help crack the bank keeping all your money.
Remember that this is just a joke and doesnt't reflect the ideoligies of anyone with Alterra.
Keep reading to find out more about this golden formula!
However, it's important to remember that prime numbers also have a criteria. It is as follows:
- A whole number- refer to aforementioned definition
- Greater than 1 to maintain the Fundamental Theorem of Arithmetic where every number has a unique "prime factorization"
- It must have exactly these 2 factors:
- 1
- Itself
- Check the end digit, if it ends in 0, 2, 4, 5, 6 or 8 it is likely not prime.
- For the exact numbers 2 and 5 it is different.
- It cannot multiply 2 of the same factor to make itself
- eg. 9 = 3 x 3
- 2 is the only even prime number
- Large prime numbers most likely end with 1, 3, 7 and 9.
Twin primes are the main topic of this blog post. Twin primes must follow the below criteria:
- 2 numbers which are both prime numbers
- Difference of 2 between those prime numbers
- 11 and 13
The goal is to make a formula which can infinitely make prime numbers and/or a separate formula that can return twin prime numbers.
Prime Analysis Subroutines // Formula_Type
| Formula Type | What it does | The Logic |
|---|---|---|
| Prime Finder | Looks for numbers with no divisors. | Checks if n is divisible by anything. |
| Twin Prime Finder | Looks for "Prime Pairs" (P and P+2). | Checks if n is prime AND if n+2 is also prime. |
Conjectures which already do this exist, but they take a long time for computers to find and at a certain point (after the 100th prime) begin to return errors. We can use AI, but just like a human at some point AI will begin to make mistakes but also accounting for the fact that it's faster to get AI to assist people in finding an equation that can calculate infinite primes by combining existing solutions.
Now more than ever, unlike the other problems I discuss on my blog, this is the best time to find the solution to this question. This question is around 2,000 years old, and puzzled many great scientists like Riemann and C. Friedrich Gauss.
For me this infinite prime formula actually seems like something that can be found. If you do find it, follow these 2 options:
- Don't post it online in algebraic form- it will become the worlds most illegal number.
- Find the flag of the country that you support or supported you while you built your flag.
- Find a color on the flag that can easily be changed to read the formula when read by a computer.
- Change a random color so that is unrecognizable (eg. brightness by 1%).
OR
- Build a flag like the freedom of speech flag.
IMPORTANT
You are free to chose between these 2, but the second option will always be better because existing flags will change over time. A flag of a legitimate country may be associated with terrorists the next year. A flag of a country will never have the exact meaning in the next century. Building your own flag and publicizing it online is a way of immortalizing a illegal formula.
Hint
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[ ORIGIN: ALTERRA_CORE ]
f(n)=n^2+n+41
Where n is a random number. eg. 0, 3 , 6 , 9
Stick around till the end!
Check out my flag:
If the above doesn't work, click here.
If you read to the end, thank you!