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A laboratory around the Riemann zeta function: 3 results rebuilt and registered by the Palomar Registry, 15 statements proved in Lean, run by Thomas Lince. Five instruments run in your browser on the
EducationLean · PythonGitHub @teal-seaOnlineOwner unconfirmed
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A computational and formal workbench around the Riemann zeta function: kernel-checked Lean proofs, ball-arithmetic enclosures, structure-matched negative controls, and the dead ends published beside the results. Makes no claim of progress toward RH.
Taken from the repository README
Loading the full README. The saved excerpt is shown below.
A computational and formal workbench around the Riemann zeta function.
Its purpose is that you can check it yourself: clone it, run it, and
re-derive the numbers rather than take them. Every number claimed in a
docstring is pinned by a test, identities are exposed as measured defect
functions rather than assumed, and the Lean arm is checked by a proof kernel.Read the full README ↗The full README is unavailable right now. Read it at the original link. The saved excerpt is shown below.
A computational and formal workbench around the Riemann zeta function.
Its purpose is that you can check it yourself: clone it, run it, and
re-derive the numbers rather than take them. Every number claimed in a
docstring is pinned by a test, identities are exposed as measured defect
functions rather than assumed, and the Lean arm is checked by a proof kernel.Read the full README ↗