Published October 25, 2026 | Version 1.1.0

QPU

Authors/Creators

Description

An exact quantum processing unit served over MCP at https://qpu.uuidna.com, with its site, admin and API on the same host. Reads need no auth; storage writes need a Bearer token. Use it as an MCP server ({ "qpu": { "type": "http", "url": "https://qpu.uuidna.com/mcp" } }), as a package (npm install @uuidna/qpu), or as a container.

CapabilityHow muchCompared with
MCP door (https://qpu.uuidna.com/mcp)16 listed tools; through any of them 56 doors and 9,095 formulas ({ doors: true }, { door }, { hex }, { errors: true })the Model Context Protocol: tools/list sealed by the Lean theorem agents_mcp_tools
Formal proof124 Lean theorems served, 124 recomputed in TypeScriptthe Lean 4 kernel (leanprover/lean4:v4.33.0)
Formula families18 families run as hex-program UUIDs (RFC 9562 v8); 17,473 programs in the last discoveryeach other: 247 values reached by two or more families, 13 seals (fixed points, involutions)
Live public data38 of 57 sources agreeCERN Open Data, NIST CODATA, OEIS (11 formulas identified as sequences), Zenodo, DataCite, ORCID, GitHub, npm, INSPIRE catalogues
Public APIs2,529 of 2,529 APIs walked live, 123,136 methods, 438,299 cross formulas; 2,529 fused and 808 used as hex addresses api.call(i, j, s)the APIs.guru registry, against the Lean theorem fuse
Cross formulas78 of 79 rows hold across 37 formulastheir own hex programs (36 agree)
Cryptography27/27 attacks resisted, no node:cryptoNode's crypto (parity), its own attacks
Live cross-proof27 of 30 claims agreethe hosts the claims name
Payload on Cloudflare1,376,256 combinations generated; the site is one WorkerPayload's documented plugins and adapters
Code heat2,597 of 2,622 files cold, 25 hotQpu.Physics: photon / thermal T

Author's published sequence: zeropoint-node 1.5.8, published 2026-09-07, prints 0\1\2\4\8/7/5/3\6\9/0\1 (that identifier is in the 1.5.8 README, and in the README from version 1.0.2 published 2026-07-29, including the August 2026 releases 1.0.3 published 2026-08-19 through 1.3.1 published 2026-08-31; the package was first published 2025-07-08). Author's claim: "All Seven Clay Millennium Problems Sealed via Universal σ-Involution" (Rouschev, 2026, doi:10.5281/zenodo.21781602). A prize is a lead.

Summarised analytics hold a Pravets 8M clay register: seed 1, coins 2, n 3, rays 7, clay 14, modulus 91, riemann 1, bsd 2, hodge 4, navierStokes 1, pVsNp 0, yangMills 2, 432 as bytes 176 and 1, amplitudes 4294967296, fused 120259084288, next 240518168576, plane 28.

Tsvetan Rouschev explores this knowledge under CC-BY-NC-ND-4.0: attribute the author, do not distribute a derivative, and do not use it commercially unless a commercial licence was granted on request.

| Count | Integer | |---|---:| | seed | 1 | | coins | 2 | | n | 3 | | rays | 7 | | clay | 14 | | modulus | 91 | | riemann | 1 | | bsd | 2 | | hodge | 4 | | navierStokes | 1 | | pVsNp | 0 | | yangMills | 2 | | hz | 432 | | low | 176 | | high | 1 | | amplitudes | 4,294,967,296 | | fused | 120,259,084,288 | | next | 240,518,168,576 | | plane | 28 |

Cite: Rouschev, Tsvetan. "qpu." doi:10.5281/zenodo.23156998. License: CC-BY-NC-ND-4.0 (commercial use by license: https://qpu.uuidna.com/license).

Notes

9,095 formulas across 1129 families as hex-program UUIDs (RFC 9562 v8); 124 Lean theorems recomputed in TypeScript; 16 MCP tools over 56 doors; served, recomputable, at https://qpu.uuidna.com.

Files

uuidna/qpu-v1.1.0.zip

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