Lab 4: Harmonics Encode Spatial Memory
🔮 Mythic Preface#
"Space remembers. Harmonics are its language."
Standing waves encode geometry. This lab explores how harmonic interference patterns store spatial information.
🛠 Engineer’s Note#
- Simulation Type: 2D standing wave fields with harmonic overlays
- Core Equation: Superposition of sine waves in bounded domain
- Triadic Twist: Harmonic interference as memory encoding
- Toolkit:
harmonic_setup.md,memory_overlay_function.md,visualization.ipynb - Reproducibility: Compare harmonic maps across boundary conditions
🎯 Bonus Exercises#
-
Harmonic Memory Zones
Identify regions of constructive interference
Interpret as spatial memory nodes -
Mythic Mapping
Recast harmonics as mythic chants:
Waves = voices, interference = chorus, memory = echo -
Triadic Harmonic Composer
Build a tool to compose harmonic fields and visualize memory encoding