There are 4 repositories under interactive-theorem-proving topic.
My personal repository of formally verified mathematics.
Cicada Language (solo version)
Cicada Language (PLCT little team)
An interactive theorem prover based on lambda-tree syntax
LeanInk is a command line helper tool for Alectryon which aims to ease the integration of Lean 4.
A fast, easy-to-use ring solver for agda with step-by-step solutions
An experimental implementation of homotopy type theory in the interactive proof assistant Isabelle
Convex optimization modeling in Lean 4
Experiments with interactive theorem provers, LLMs and formal systems
A graphical web application for interactive theorem proving in Charles Peirce's alpha existential graph system.
A dependent type theory logic for Isabelle
Interactive theorem proving in ELPI
A formalised proof of Fermat's Last Theorem for exponent 3 in the Lean proof assistant.
Natural deduction proof assistant
Explorando formalizaciones con Lean
The formal core of the Lazyslate Interactive Theorem Prover. Embeds Bringsjordian Natural Deduction inside the Calculus of Constructions
Isabelle's Pure logic, directly extended to FOL/HOL
VirtualSlate is an in deveopment proof of concept for VR graphical interactive theorem proving with natural deduction.
LLMs + Lean, on your laptop or in the cloud
Proof assistant created in the Plugin Oriented Programming paradigm
Online maths contests powered by interactive theorem provers
Solutions to the problems in the book Concrete Semantics by Gerwin Klein and Tobias Nipkow
Coq Tutorial from Mike Nahas's repo at https://github.com/mdnahas/mdnahas.github.io/doc/nahas_tutorial.v
Recopilación de cursos de razonamiento automático.
DAO (Demostración Asistida por Ordenador) con Lean
[WIP] A formalised proof of a generalised Carleson's Theorem in the Lean proof assistant.
A semester project for an introduction to interactive theorem proving using LEAN4 language and Mathlib library
Math in XO