Sphere Packing in R^8
Sphere Packing in R^8
Table of Contents
1.
Overview
2.
Sphere Packings
3.
Density of Packings
4.
The E8 Lattice
5.
Fourier Analysis
6.
Cohn-Elkies Bounds
7.
Modular Forms
8.
Fourier Eigenfunctions with Double Zeroes
9.
Proof of the Optimal Function Inequalities
Dependency Graph
Blueprint Summary
Blueprint Bibliography
1. Overview
→
Sphere Packing in Lean
🔗
Compiled
2026-09-30T10:56:21Z
Project
1977628
fix: use renamed Eisenstein q-expansion declaration
Lean
leanprover/lean4:v4.34.0-rc2
VersoBlueprint
4848fca
Upstream
5221e02
style: prefer `have`/`let` over `haveI`/`letI`, wrap an over-long line
Mathlib
v4.34.0-rc2@85e3a25e006c
Maryna Viazovska
Sphere Packing in Lean collaborators
Contents
1.
Overview
2.
Sphere Packings
3.
Density of Packings
4.
The E8 Lattice
5.
Fourier Analysis
6.
Cohn-Elkies Bounds
7.
Modular Forms
8.
Fourier Eigenfunctions with Double Zeroes
9.
Proof of the Optimal Function Inequalities
Dependency Graph
Blueprint Summary
Blueprint Bibliography
1. Overview
→