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The DNA of Numbers
Every number greater than 1 has a secret identity! The Fundamental Theorem of Arithmetic proves that every composite number is built from a specific "recipe" of prime multipliers.
The Unique Part: This isn't just a random list; it is a unique numerical fingerprint. No two numbers share the exact same set of prime factors.
Prime Density: As numbers get "humongous," primes actually become rarer! This app uses the Prime Number Theorem to estimate how many primes exist between 1 and your number. Gauss discovered that the count of primes up to x is approximately x / ln(x).
