Program Resources
This page collects supporting materials for the QDL research program, including prototype demonstrations, books, benchmark access points, and reader-facing materials that support orientation, auditability, and technical review.
For a live demonstration of structural admissibility, use the QDL Admissibility Calculator.
Prototype Demonstration
A static example of how structural admissibility screening can be presented as a workflow.
This resource presents a minimal static demonstration of how a model or pipeline can be screened for structural admissibility before calibration and deployment. It is framed as an illustration of workflow, not as a full implementation.
The live interactive version of this idea now appears in the QDL Admissibility Calculator, while this prototype remains useful as a presentation-oriented workflow artifact.
- Use it as a conceptual orientation tool, not as a substitute for the formal papers.
- Read it after the framework sections if you want to understand workflow implications.
- Treat it as a presentation artifact for structural screening logic rather than a software release.
- Use the QDL Calculator when you want a live interactive entry point.
The demo belonged naturally under framework support material rather than the top-level scientific navigation, which is why it is placed here in Resources.
Books & Reader-Facing Material
Longer-form synthesis and reader-oriented entry points for the broader program.
This volume functions as a synthetic and accessible presentation of the QDL program, while the formal, canonical claims remain anchored in the DOI-backed paper record.
Useful for readers who want the overall architecture and motivation of the program before moving into the technical papers.
The formal mathematical structure and strongest technical claims remain in the DOI-backed papers and preprints.
Use the Publications page for the core path, then return here for books and supporting materials.
Benchmark Access
Entry points to executed benchmark records and supporting methodological materials.
Residual-first benchmark methodology using declared model families and public-data audit logic.
Reproducible benchmark record structured around methodological auditability rather than claims of new effects.
Optical cavity benchmark record intended to be read conservatively as a method-oriented executable benchmark.
DOI-backed executable benchmark sequence for the QDL–SO10–1 grand-unification branch. The series includes benchmark definition, low-energy phenomenology, stress testing, gauge-running hardening, scalar-threshold closure, proton-decay exposure, flavor/leptogenesis hardening, and integrated capstone synthesis.
This series is presented as a benchmark-level GUT program rather than a final theory of nature. Its purpose is to make QDL-based unification claims auditable, reproducible, and explicitly falsifiable.
Capstone record: Executable Closure of the QDL–SO10–1 Benchmark
Recommended reading order: start with the capstone Paper #9 for the integrated map, then Papers #5–#8 for the executable hardening details, and finally Papers #1–#3 for the original benchmark, phenomenology, and stress-test sequence.
These records are best understood as benchmark and replication resources. The original experiments page explicitly distinguished executed methodological benchmarks from proposed falsifiable experiments.
Supporting Materials
Resource-like content that supports interpretation, orientation, and broader use of the program.
The original Benefits page framed QDL as a dimensional-closure and model-admissibility architecture with implications for model pre-verification, operator filtering, constants, experiment design, and engineering or instrumentation leverage.
In the rebuilt site, those implications are split appropriately: core scientific implications appear on the Research Program page, while resource-style framing and orientation material live here.
- Start with Research Program for the conceptual and formal structure.
- Use Publications for the Top 5 technical path.
- Use the QDL Calculator for a live demonstration layer.
- Return to Resources for prototypes, books, and benchmark access.
- Use the QDL–SO10–1 capstone record when evaluating the completed executable GUT benchmark branch.
- Use Contact for editorial or technical correspondence.