Volume Particle Theory (VP) Whitepaper v2.0: A LOCK→Derive→Gate Framework for Jamming-Lattice Physics with DOI-Anchored Reproducibility
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| Lingua: | inglese |
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2025
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| _version_ | 1866902332208316416 |
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| author | Lee, Young Jae |
| author_facet | Lee, Young Jae |
| contents | <p> </p> <p><a href="https://jamming-physics.org/">Jamming Physics | VP Theory</a></p> <p>This Zenodo record hosts the Volume Particle (VP) Theory whitepaper and its reproducibility bundle.</p> <p>Core idea (one sentence)<br>VP treats space as a jammed lattice of “volume particles” (Stone/Full packing). All claims follow a one-way pipeline: LOCK inputs → Derived results → Gate qualification.</p> <p>What this record contains<br>1) Whitepaper PDF (human-readable theory + definitions + derivations + Gate rules)<br>2) VALIDATED reproducibility bundle (code + LOCK registries + citation registry + manifests + checksums)</p> <p>Reproducibility contract (what “VALIDATED” means here)<br>- LOCK items (definitions/values/protocols) are frozen.<br>- Derived results are traceable to LOCK IDs.<br>- Gate outputs are restricted to PASS / FAIL / INCONCLUSIVE.<br>- The bundle includes manifest + sha256 checksums and a DOI-anchored internal citation registry (“no missing DOI” policy for internal sources).</p> <p>How to use<br>- Read the PDF for the full theory text and Gate rules.<br>- For reproducibility, download the VALIDATED bundle ZIP and run:<br> python3 tools/validate_bundle.py --strict<br> python3 scripts/doi_audit.py</p> <p>Suggested citation<br>Lee, Young Jae. “Volume Particle Theory (VP) Whitepaper v2.0: A LOCK→Derive→Gate Framework for Jamming-Lattice Physics with DOI-Anchored Reproducibility.” Zenodo. https://doi.org/10.5281/zenodo.17932567</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_17932567 |
| institution | Zenodo |
| language | eng |
| publishDate | 2025 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Volume Particle Theory (VP) Whitepaper v2.0: A LOCK→Derive→Gate Framework for Jamming-Lattice Physics with DOI-Anchored Reproducibility Lee, Young Jae quantum gravity discrete spacetime emergent spacetime emergent gravity gravity theory speed of light lattice model jamming transition granular materials sphere packing random close packing percolation equation of state (EOS) virial stress continuum mechanics computational physic dark energy cosmology time of flight particle physics string theory quantum mechanics <p> </p> <p><a href="https://jamming-physics.org/">Jamming Physics | VP Theory</a></p> <p>This Zenodo record hosts the Volume Particle (VP) Theory whitepaper and its reproducibility bundle.</p> <p>Core idea (one sentence)<br>VP treats space as a jammed lattice of “volume particles” (Stone/Full packing). All claims follow a one-way pipeline: LOCK inputs → Derived results → Gate qualification.</p> <p>What this record contains<br>1) Whitepaper PDF (human-readable theory + definitions + derivations + Gate rules)<br>2) VALIDATED reproducibility bundle (code + LOCK registries + citation registry + manifests + checksums)</p> <p>Reproducibility contract (what “VALIDATED” means here)<br>- LOCK items (definitions/values/protocols) are frozen.<br>- Derived results are traceable to LOCK IDs.<br>- Gate outputs are restricted to PASS / FAIL / INCONCLUSIVE.<br>- The bundle includes manifest + sha256 checksums and a DOI-anchored internal citation registry (“no missing DOI” policy for internal sources).</p> <p>How to use<br>- Read the PDF for the full theory text and Gate rules.<br>- For reproducibility, download the VALIDATED bundle ZIP and run:<br> python3 tools/validate_bundle.py --strict<br> python3 scripts/doi_audit.py</p> <p>Suggested citation<br>Lee, Young Jae. “Volume Particle Theory (VP) Whitepaper v2.0: A LOCK→Derive→Gate Framework for Jamming-Lattice Physics with DOI-Anchored Reproducibility.” Zenodo. https://doi.org/10.5281/zenodo.17932567</p> |
| title | Volume Particle Theory (VP) Whitepaper v2.0: A LOCK→Derive→Gate Framework for Jamming-Lattice Physics with DOI-Anchored Reproducibility |
| topic | quantum gravity discrete spacetime emergent spacetime emergent gravity gravity theory speed of light lattice model jamming transition granular materials sphere packing random close packing percolation equation of state (EOS) virial stress continuum mechanics computational physic dark energy cosmology time of flight particle physics string theory quantum mechanics |
| url | https://doi.org/10.5281/zenodo.17932567 |