Pure white at 17.
A simulated coherence cavity where sixteen colored emitters orbit a seventeenth node. Each quadrant carries four beams. The center is not another color; it is the synthesis point: equal-phase white, controlled output, bounded containment.
Design tone: punk pressure, corporate restraint, laboratory paranoia. The model is optical math and visual simulation, not a hardware build guide.
17-point cavity
Sixteen emitters define the visible spectrum field. Four per quadrant creates balanced angular coverage. The seventeenth point is a pure-white reference where phase agreement is measured.
Quadrant A
- Red pressure
- Orange gain
- Amber transition
- Yellow lift
Quadrant B
- Lime correction
- Green stability
- Mint expansion
- Cyan edge
Quadrant C
- Azure carrier
- Blue coherence
- Indigo depth
- Violet gate
Quadrant D
- Magenta return
- Rose inversion
- Crimson lock
- Infra-red symbolic floor
Sixteen beams
The palette is evenly distributed around the core. Every beam contributes to white, but none is allowed to dominate the center.
Kernel logic
Contain almost everything. Allow a controlled fraction to escape through the white node. Report drift, clamp dominance, restore balance.
CHROMATIC_17_KERNEL NODES: LASERS[16] = spectrum emitters, four per quadrant CORE[17] = white synthesis node RULES: CONTAINMENT_TARGET = 0.98 OUTPUT_COUPLING = 0.02 DOMINANCE_LIMIT = 1 / 16 + tolerance LOOP: sample all sixteen phases normalize amplitude by quadrant sum spectrum into CORE_17 if one color dominates: clamp and redistribute if phase agreement rises: release through white output if drift rises: fold energy back to containment curve report coherence, balance, containment repeat
Reality boundary
This is a browser-based simulation and design document. It models cavity behavior, phase balance, and output coupling at a conceptual level.