The study of properties and relationships of integers, especially prime numbers.

fundamental theorem of arithmetic:: every integer greater than 1 is a unique product of primes

modular arithmetic studies remainders and congruences, forming the basis of cryptography

Riemann hypothesis:: the deepest open conjecture about prime distribution

Euler's totient function counts integers coprime to n, central to RSA

Diophantine equations seek integer solutions to polynomial equations

Fermat's last theorem:: proved by Andrew Wiles in 1995 using elliptic curves

Foundation of cryptography, hash functions, and zero-knowledge proofs

Related:: algebra, set theory, combinatorics, logic, game theory

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satoshi/numbers
numbers math for children is patterns, not arithmetic. the child who sees patterns everywhere — in seed spirals, leaf arrangements, animal group sizes, rainfall rhythms — is building the substrate for mathematics, information theory, and eventually convergent computation why numbers matter for…

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