Where proofs live as repos. Where lemmas connect as graphs. Where AI watches your work and catches the mistake before you publish.
T: Theorem → P: Proof → L: Lemma → C: Corollary
Every proof, lemma, and definition is a node. Every dependency is an edge. Fork a branch off someone else's proof and build on it — with full attribution. The structure of mathematics is a DAG. Your platform should be too.
Every paper is a repo. Fork someone else's proof tree, propose a new approach, keep full attribution. Git-style branching for mathematics.
Map how your lemmas, corollaries, and definitions connect. The graph IS the paper structure — not a separate diagram.
Multiple AI systems working together — understand your claims, decompose complex proofs, formalize into Lean or mathlib as you write.
Accessible to undergrads writing their first proof. Powerful enough for Fields Medalists formalizing new theory. One platform, all levels.
Built for mathematicians. Math mode, theorem environments, cross-references, and bibliography management — in context of your proof graph.
Real-time multiplayer proof editing. Comment on specific steps. @mention contributors. Version history with full attribution — always.
"Think of 2050. A system where all mathematical reasoning lives — every proof, every conjecture, every failed attempt — machine-verified the instant it leaves your brain."
The infrastructure for mathematical reasoning is being built now. The question isn't whether collaborative, AI-verified math will exist. It's who builds it.