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Emergent Physics Lab

Where forces emerge from the lattice

QUAN-14: Non-thermalization — validates Klein-Gordon conserves energy (doesn't approach Planck)

Tier 4field-dynamicsproduction

Non-thermalization — validates Klein-Gordon conserves energy (doesn't approach Planck)

All experiments
Primary Simulation — field-dynamics
Auxiliary View
χ Field Overlay Enabled
Diagnostics — Spectrum / Energy
Spectrum, energy timeline, or FFT diagnostics

Validation (Coming Soon)

Static mode
Live Harness Execution Disabled

This deployment does not run the GPU physics harness directly. A future update will enable reproducible live validation runs with cryptographic certification. For now, published results are static certified artifacts produced on an internal GPU system. Reproduce locally using the repository, config, and commands below.

Experiment Parameters

📚 Documentation & Evidence

Configuration

⚙️Test Configurationworkspace/config/config_tier4_quantization.json

Results

📊Validation Resultsworkspace/results/Quantization/QUAN-14/

Discovery

🔬Discovery DocumentationTier 4 - Quantization

All linked resources are versioned and traceable. Configuration files define exact simulation parameters, results contain raw data and diagnostics, and discovery docs provide theoretical context. This ensures full reproducibility and scientific transparency.

🔬 Evidence & Validation

Config:workspace/config/config_tier4_quantization.json
Results dir:workspace/results/Quantization/QUAN-14/
Unique Validators
0validators

Each validator has a unique browser fingerprint. Multiple validations from the same validator are tracked but counted as one to prevent spam.

No live validation artifacts
This deployment operates in static certification mode. Live GPU harness execution is disabled. Upcoming release will enable on-demand cryptographic validation. You can still reproduce results locally using the published configuration and repository commit.
Expected soon: live pass/fail runs, hash attestation, integrity re-verification.