← Back to archive

Devices & Materials · WORKING SOURCE MANUSCRIPT

Four-Tool Photonic Quantum Interferometry: Mode Control and Measurement Limits

Bibliographic identity from the original PDF

Source title: Gaussian–T³–Solid-Torus–Möbius Photonic Quantum Interferometry: Exact Mode Control, Quantum Measurement Limits, and Hardware-Qualification Specifications

Printed author name: Mr.K · Archive author: Han Jae Jun

Year: 2026 · Working manuscript, not a claim of peer-reviewed acceptance.

Public PDF via Google Drive ↗ · Original source ZIP ↗

Complete author abstract follows.

Manuscript abstract and public PDF integrity / 원고 원본

PDF source excerpt only; not an independently certified theorem or published journal abstract.

Excerpt under original “Abstract” heading

We investigate a four-tool integrated photonic interferometer combining Gaussian wavepacket control, three-path T 3 phases, ring resonances and dual-rail Möbius mode exchange. The manuscript presents constructive ideal-unitary designs, exact loss and photon-capture bounds, Fock-space source and Bell- record statistics, a six-residue photon-number witness, and finite-energy Kerr-meter limitations. The distinction between exact identities of a specified optical model and a verified fabricated quantum processor is maintained throughout. A new detector-hardware audit benchmarks published non-superconducting InGaAs/InAlAs photon-number resolving operation at 200 K: 46% efficiency, 7.5 × 10−3 dark-event probability per gate, a 104.7-MHz electrical gate and a 26.2-MHz optical test repetition rate. The same study reports 21% afterpulsing at this operating point, which is not represented by the independent- Poisson dark-count surrogate. Under the existing independent four-port loss/dark model, using that dark probability changes the ideal-oracle five-resource clean-sector posterior from 99.06636% to 70.33165%. We derive a sharp analytic target frontier in detector dark counts and remote photon survival and validate it by independent Monte Carlo. Optical and RF port maps, reproducible scripts, traceable actual component photographic references and an explicitly synthetic assembly visualization provide an engineering handoff. The complete four-tool chip, photon-number-dependent QND module and fault-tolerant logical processor have not been fabricated or demonstrated; no physical 100% success claim is made. The two AI-generated concept plates in the illustrative appendix are entirely non-evidentiary; their apparent instruments and measurements are fictional.

Original embedded PDF: 136 pages · 11818023 bytes
Original SHA-256: acc8c6744087345733b8dd5cf226bd3204b847c71c91248f5fa1c13d29d95004
Public Google Drive copy: 11818023 bytes
Public copy SHA-256: acc8c6744087345733b8dd5cf226bd3204b847c71c91248f5fa1c13d29d95004

IDENTICAL — direct public PDF and ZIP-embedded original match by SHA-256. Public Google Drive PDF ↗ · 37-PDF audit ↗

The associated original ZIP remains the authority for the source-PDF checksum. Physical predictions and complete proof chains are not verified here.

136 pages · Original ZIP and source PDF integrity recorded

Read Main PDF ↗Original ZIP ↗Search this PDF ↗

Source identification

Original ZIPQOPT_GTSM_FINAL_FULL_AUDITED_CUMULATIVE_20261014.zip
Main PDFpdf/main/qopt-gtsm-final-full-audited-cumulative-20261014.pdf
PDF pages136
PDF SHA-256acc8c6744087345733b8dd5cf226bd3204b847c71c91248f5fa1c13d29d95004
ZIP SHA-256c6125d66b8cbcd53fd4314e1b4d12c03d1f839e40928c693a75791682d4c6dc3

Local verification ledger

Exact interfaceVerification scope
File identityZIP and main PDF SHA-256 recorded
Definition and lemma transitionsNot independently audited for all statements
Physics interfacePhysical standard-model translation is not inferred from a mathematical model alone
Simulation/experimentSource files do not certify laboratory or instrument performance
Peer-reviewed publicationNot assumed; DOI and publisher not verified

Verified PDF existence does not imply the complete mathematical theorem or its physical realizability is closed.

Citation

@unpublished{Han2026qoptgtsmfinalfullauditedcumulative20261014,
  author = {Han Jae Jun},
  title = {Four-Tool Photonic Quantum Interferometry: Mode Control and Measurement Limits},
  year = {2026},
  note = {Research source ZIP: QOPT_GTSM_FINAL_FULL_AUDITED_CUMULATIVE_20261014.zip; independent theorem proof audit not certified},
  url = {https://han-jae-jun-research.vercel.app/research/qopt-gtsm-final-full-audited-cumulative-20261014.html}
}

All 37 BibTeX citations

Source verification & version

Source identity and page references are recorded; complete scientific proof and experimental validation have not been independently certified.

Original source version: QOPT_GTSM_FINAL_FULL_AUDITED_CUMULATIVE_20261014.zip

Main PDF SHA-256: acc8c6744087345733b8dd5cf226bd3204b847c71c91248f5fa1c13d29d95004

Theorem locator ↗ · Version provenance ↗ · Original PDF ↗