Trending repositories for language Lean
Lean 3's obsolete mathematical components library: please use mathlib4
Lean 3's obsolete mathematical components library: please use mathlib4
LeanEuclid is a benchmark for autoformalization in the domain of Euclidean geometry, targeting the proof assistant Lean.
The "batteries included" extended library for the Lean programming language and theorem prover
Repository for formalization of the Polynomial Freiman Ruzsa conjecture (and related results)
Lean 3's obsolete mathematical components library: please use mathlib4
LeanEuclid is a benchmark for autoformalization in the domain of Euclidean geometry, targeting the proof assistant Lean.
The "batteries included" extended library for the Lean programming language and theorem prover
Repository for formalization of the Polynomial Freiman Ruzsa conjecture (and related results)
Lean 3's obsolete mathematical components library: please use mathlib4
Ongoing Lean formalisation of the proof of Fermat's Last Theorem
LeanEuclid is a benchmark for autoformalization in the domain of Euclidean geometry, targeting the proof assistant Lean.
Lean 3's obsolete mathematical components library: please use mathlib4
The "batteries included" extended library for the Lean programming language and theorem prover
Repository for formalization of the Polynomial Freiman Ruzsa conjecture (and related results)
This package provides an interface and foundation for verified SAT reasoning
Formalising Mathematics; a course for undergraduate mathematicians. Ran between January and March 2024.
A simple REPL for Lean 4, returning information about errors and sorries.
LeanEuclid is a benchmark for autoformalization in the domain of Euclidean geometry, targeting the proof assistant Lean.
Ongoing Lean formalisation of the proof of Fermat's Last Theorem
This package provides an interface and foundation for verified SAT reasoning
Formalising Mathematics; a course for undergraduate mathematicians. Ran between January and March 2024.
A simple REPL for Lean 4, returning information about errors and sorries.
Repository for formalization of the Polynomial Freiman Ruzsa conjecture (and related results)
The "batteries included" extended library for the Lean programming language and theorem prover
Natural language tactics to teach mathematics using Lean 4
Intuitive, type-safe expression quotations for Lean 4.
Ongoing Lean formalisation of the proof of Fermat's Last Theorem
Repository for formalization of the Polynomial Freiman Ruzsa conjecture (and related results)
Formalising Mathematics; a course for undergraduate mathematicians. Ran between January and March 2024.
LeanEuclid is a benchmark for autoformalization in the domain of Euclidean geometry, targeting the proof assistant Lean.
This package provides an interface and foundation for verified SAT reasoning
Ongoing Lean formalisation of the proof of Fermat's Last Theorem
The "batteries included" extended library for the Lean programming language and theorem prover
Lean 3's obsolete mathematical components library: please use mathlib4
blueprint for prime number theorem and more
Repository for formalization of the Polynomial Freiman Ruzsa conjecture (and related results)
Formalising Mathematics; a course for undergraduate mathematicians. Ran between January and March 2024.
An introduction to theorem proving in Lean for the impatient.
Hitchhiker's Guide to Logical Verification (2023 Edition)
An introduction to theorem proving in Lean for the impatient.
Natural language tactics to teach mathematics using Lean 4
A formal consistency proof of Quine's set theory New Foundations
Definitional implementation of Cedar language and utilities for DRT
A simple REPL for Lean 4, returning information about errors and sorries.
