QUAN-10: Bound state quantization — discrete energy eigenvalues E_n emerge from boundary conditions

Bound state quantization — discrete energy eigenvalues E_n emerge from boundary conditions

productionTier 4: Quantizationfield-dynamics

Research validation test for quantization tier. Bound state quantization — discrete energy eigenvalues E_n emerge from boundary conditions

Canonical Validation Status: All physics validation tests passing (105/105 executed; 100.0%). Skip-designated tests excluded by executed-only policy.

Field Dynamics Simulation

QUAN-10

WebGL implementation coming soon

Step: 0 / 10000

Step: 0 / 10,000

Chi Field (Heatmap)Lattice GridForce VectorsStars & Background

🔒 Parameters locked to validated test harness configuration

latticeSize1.02e+3

dt1.00e-2

dx1.00e-1

steps1.00e+4

chi0.00e+0

Grid: 1024³

dt: 1.00e-2

dx: 1.00e-1

Steps: 10,000

No metrics available. Start simulation to see live data.

energyDrift< 0.000001

🔬

Cryptographic validation with exact Python code reproduction will be available in the next update.

Run validation to compare web simulation against test harness results.

Validation runs the test harness simulation and writes diagnostic results toworkspace/results/website_validation/QUAN-10/