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Mathematics
Number Theory
1. Foundations of Number Theory
2. Divisibility Theory
3. Prime Numbers and Factorization
4. Greatest Common Divisor and Least Common Multiple
5. Modular Arithmetic and Congruences
6. Classical Theorems in Number Theory
7. Arithmetic Functions
8. Diophantine Equations
9. Quadratic Residues and Reciprocity
10. Prime Number Theory
11. Continued Fractions
12. Elementary Analytic Number Theory
13. Cryptographic Applications
14. Advanced Topics and Connections
Greatest Common Divisor and Least Common Multiple
Greatest Common Divisor
Definition and Notation
Properties of GCD
GCD and Prime Factorization
Linear Combination Property
Euclidean Algorithm
Algorithm Description
Step-by-Step Examples
Proof of Correctness
Efficiency and Complexity
Variants of the Algorithm
Extended Euclidean Algorithm
Algorithm Description
Bézout's Identity
Finding Linear Combinations
Applications to Modular Arithmetic
Least Common Multiple
Definition and Notation
Properties of LCM
LCM and Prime Factorization
Relationship Between GCD and LCM
Relatively Prime Integers
Definition of Coprimality
Properties of Relatively Prime Numbers
Characterizations of Coprimality
Applications in Number Theory
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3. Prime Numbers and Factorization
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5. Modular Arithmetic and Congruences