Chapter 1 — Basics
Basic calculus & complex analysis
Fermat’s Last Theorem — From Scratch
Fermat’s Last Theorem — From Scratch
Chapter 1 — Basics
Introduction
Basic set & number theory
Basic calculus & complex analysis
Chapter 2 — Linear Algebra
Linear algebra
Matrices, linear systems, and determinants
Vector spaces, basis, and dimension
Linear transformations, eigenvalues, inner products, and the spectral theorem
Chapter 3 — Abstract Algebra
chapter-3/abstract-algebra.qmd
chapter-3/groups.qmd
chapter-3/rings.qmd
chapter-3/galois-theory.qmd
chapter-3/galois-representations.qmd
chapter-3/p-adic.qmd
Chapter 4 — Elliptic Curves
chapter-4/projective-geometry.qmd
chapter-4/group-law.qmd
chapter-4/reduction-mod-p.qmd
chapter-4/torsion-points.qmd
chapter-4/invariants.qmd
Chapter 5 — Modular Forms
chapter-5/eta-function.qmd
chapter-5/spaces-modular-forms.qmd
chapter-5/hecke-operators.qmd
chapter-5/l-functions.qmd
Chapter 6 — The Endgame
chapter-6/four-clues.qmd
chapter-6/modularity-theorem.qmd
chapter-6/serre-ribet-frey.qmd
chapter-6/final-proof.qmd
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Multivariable function
Chapter 1 — Basics
Basic calculus & complex analysis
Basic calculus & complex analysis
Multivariable function
A multivariable function is a map
\[ f: \mathbb{R}^n \rightarrow \mathbb{R} \]
Basic set & number theory
Linear algebra