๐Ÿ” Evidence Pack Validator

Upload evidence packages to verify cryptographic signatures, validate hash chains, and confirm the integrity of Kyle's discovery data. All validation is performed client-side for maximum security.

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Drag & Drop Evidence Files Here
Supports: .zip, .gpg, .sig, .hash, .json evidence packages

Verification Tools

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GPG Signature Validation

Verify cryptographic signatures using Kyle's public key. One-click verification ensures all discovery data is authentically signed and unmodified.

Get Public Key
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Hash Chain Verification

Validate cryptographic hash chains that prove the chronological integrity of discovery data and prevent retroactive modifications.

Download Validator
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Replication Kits

Access complete replication instructions and datasets to independently reproduce Kyle's GSQEL-D and mathematical law discoveries.

Request Kit
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Statistical Validation

Verify Rยฒ = 0.9959 statistical validation through bootstrap confidence intervals and AIC/BIC model comparison tools.

Access Tools
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Cross-Device Validation

Validate discoveries across multiple IBM quantum devices (Brisbane, Torino) using the Golden Fingerprints Atlas verification system.

Validate Devices
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Academic Citations

Access publication-ready citation formats, methodology documentation, and peer-review materials for academic validation.

Get Citations

๐Ÿ”ฌ Step-by-Step Replication

  1. Access IBM Quantum Hardware

    Obtain access to IBM Brisbane (127q) or Torino (133q) quantum processors through IBM Quantum Network or public access.

  2. Download Replication Dataset

    Request the complete dataset of 2,719+ quantum snapshots with cryptographic signatures and metadata from our verification team.

  3. Install Analysis Framework

    Set up the ฯ†-quantum analysis framework with bootstrap validation, BY-FDR correction, and statistical modeling tools.

  4. Run GSQEL-D Analysis

    Execute the Golden Section Quantum Error Law (Device-Conditioned) analysis to achieve 99.46% accuracy validation.

  5. Validate Mathematical Laws

    Verify all 9 mathematical laws including entropy scaling, golden ratio organization, and coherence criticality principles.

  6. Statistical Verification

    Confirm Rยฒ = 0.9959 statistical fit using bootstrap confidence intervals and model comparison techniques.

  7. Generate Device Fingerprints

    Create professional device scorecards showing golden sensitivity profiles and performance grades for validation.

  8. Submit Results

    Share your replication results with our team for inclusion in the cross-validation database and peer review process.

Need Verification Support?

Our team provides complete support for evidence verification, replication assistance, and academic collaboration opportunities.

info@quantumdiscovery.io