Displaying 1-20 of 60 packages depending on acmepjz/MD4Lean
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  1. smmercuri/adele-ring_locally-compactuses9148a0a

    The proof that the adele ring of a number field is locally compact, formalised in Lean 4.
  2. Verified-zkEVM/Arklibuses38ac594

    Formally Verified Arguments of Knowledge in Lean
  3. JobPetrovcic/ArtinWedderburnuses5e95f47

    A formalized proof of Artin-Wedderburn theorem in Lean4
  4. fpvandoorn/bonnAnalysisuses9148a0a

    repository for the collaborative formalization seminar in Analysis in Bonn
  5. Linyxus/caplessusesv4.19.0-rc1

  6. morganfshirley/CommCompuses5e95f47

    Formalization of communication complexity in Lean
  7. leanprover-community/ConNFusesv4.19.0-rc1

    A formal consistency proof of Quine's set theory New Foundations
  8. Shreyas4991/DGAlgorithmsuses7cf25ec

    Distributed Graph Algorithms in Lean
  9. leanprover/doc-gen4uses7e097e9

    Document Generator for Lean 4
  10. teorth/equational_theoriesusesv4.19.0-rc1

    A project to map out the relations between different equational theories of Magmas.
  11. vikraman/event-structuresuses38ac594

    Formalisation of some facts about event structures and reversibility
  12. kkytola/ExtremeValueProjectusesfeac4e0

    A project to formalize Fisher-Tippett-Gnedenko theorem (default project of course MS-EV0029)
  13. Beneficial-AI-Foundation/FloatSpecuses38ac594

    Formally Verified Float Implementation with lean4
  14. leanprover-community/flt-regularuses7e097e9

    Fermat's Last Theorem for regular primes
  15. mo271/FormalBookuses38ac594

    Formalizing "Proofs from THE BOOK"
  16. FormalizedFormalLogic/Foundationuses38ac594

    Formalization of Mathematical Logic
  17. WuProver/groebneruses38ac594

    Formalization of Gröbner basis theory in Lean4 (WIP)