Contact QDL Physics Institute

• Research inquiry: QDL research correspondence
• Collaboration: QDL collaboration inquiry
• Metrology: QDL measurement integrity / metrology inquiry
• Executable infrastructure: QDL validation infrastructure inquiry
• Editorial: QDL publication / review inquiry
• Support: QDL Physics Institute support inquiry

Including the relevant paper, DOI, page, or use case in the subject or first paragraph helps route the discussion quickly.

Inquiries about the QDL roadmap, numerical ledger companion, spectrum selection, electroweak closure, flavor closure, SMEFT operator governance, classical gravity, cosmological closure, closure grammar, neutral matching, and QDC realization.

Open Core Closure Sequence

Inquiries about dimensional closure, QMU ledgers, physical constants, measurement-chain audits, calibration workflows, uncertainty analysis, and the published QDL metrology article.

Published metrology anchor

Inquiries about QDL-based validation infrastructure for physical measurement and modeling pipelines, scientific software, AI scientific-output checking, sensor fusion, digital twins, and model-governance workflows.

U.S. Provisional Patent Application No. 64/055,985 filed May 2026. Status: patent pending.

Inquiries about public-data benchmark records, residual-first adequacy testing, NV ODMR, optical cavity traces, and reproducible model-comparison workflows.

Executed benchmark records

Inquiries about the completed executable SO(10)-compatible grand-unification benchmark sequence, including gauge running, scalar thresholds, proton decay, flavor, leptogenesis, and capstone synthesis.

QDL–SO10–1 series

Inquiries about QDL applications to gravitational dynamics, Keplerian QDC recovery, Compton realization, operator sector selection, EFT structure, cosmological closure, and experimental discriminants.

Application directions

The QDL Physics Institute welcomes serious collaboration inquiries from researchers, experimental groups, metrology laboratories, calibration and accredited testing organizations, scientific software groups, and institutions interested in structural admissibility or measurement integrity.

• Dimensional closure and structural admissibility theory.
• Metrology, physical constants, QMU ledgers, and measurement-chain integrity.
• Executable validation tools for scientific software and modeling pipelines.
• AI scientific-output validation and model-governance workflows.
• Sensor fusion, digital twins, and physical-model validation.
• Residual-first public-data benchmarks.
• Precision measurement and candidate laboratory tests.
• Editorial, publication, or peer-review correspondence.

The program welcomes institutional or philanthropic support that enables continued development of open, DOI-backed research records, executable validation tools, technical documentation, benchmark studies, and experimental test planning.

Relevant support areas include:

• Open technical publication and repository maintenance.
• Executable structural-admissibility tool development.
• Measurement-integrity and metrology validation studies.
• Residual-first benchmark expansion.
• Scientific outreach, documentation, and reproducibility resources.

For support discussions, use james.bourassa@qdlphysics.org.