QNFO Papers
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710 papers from the QNFO program, filed on nine shelves by the reader each one is written for: energy per answer, error correction, physics, numbers and p-adics, logic and formalism, AI and knowledge, autonomous systems, assessments, and cross-cutting essays. Every page renders its mathematics and can be questioned in place. How a living paper works.

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Ultrametric 114Quantum foundations 105Error correction 92p-adic 82Valuation theory 79Bruhat–Tits trees 61Numbers & arithmetic 59Knowledge integrity 57Spacetime & cosmology 57Thermodynamic budgets 57Standard model 53Laws of Form 50Adelic 45Information theory 44Research operations 44Energy of computing 43Spectral analysis 43Anyons & topology 42Funding & strategy 40Stabilizer formalism 40AI agents 39Metrology 39Category theory 38Quantum biology 34Replication 34Teaching 34Tree geometry 32Choosing a platform 30Numeral systems 30Computation theory 29Foresight 28Energy benchmarking 26Formal verification 26Qubits 25Superconducting 25LLM systems 23Policy & oversight 21Statistical audits 20Hardware platforms 18Benchmarking 14Proof assistants 12All 41 tags →

Error correction papers 3 papers

Error-correction researchers and quantum hardware teams. Codes, decoders and the cost of keeping a logical qubit alive: stabilizer, surface, LDPC, concatenated and ultrametric constructions, fault-tolerance thresholds, leakage, syndromes and circuit mapping onto real hardware.

Replication. Reproducing or auditing a published claim Tagged papers: 34.

  1. Error correction

    Falsifying Geometrically Inspired Quantum Error‑Correcting Codes via Distinct Logical‑Error Scaling

    Geometric constructions of quantum error‑correcting codes (QECCs) have been proposed as alternatives to standard topological codes, yet their physical relevance remains ambiguous. Existing proposals lack a testable prediction that distinguishes them from surface‑code scaling of logical error rates.…

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    Error correctionBenchmarking
  2. Error correctionv1.1.0

    Extending v_p^max Code Classification: Testing the Mahler Spectral Conjecture on Additional Stabilizer Code Families

    ACRP-06: Tests UF paper C7.3 on 8 additional codes. Golay CSS confirmed v_p^max=28; all other stabilizer codes cluster at random baseline (1-6). C7.3 bound to Golay-type self-dual codes.

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    Stabilizer formalismError correction
  3. Error correctionv1.1.2

    Computational Toy Model of Non-Local Information Storage in a Quantum Cellular Automaton

    Can local, unitary dynamics generate the kind of non-local information storage that holographic quantum error correction requires? This paper revisits that question with a fully reproducible, exact state-vector simulation of a twelve-qubit quantum cellular automaton (QCA) evolving under the…

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    Stabilizer formalismError correction

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