Holographic Phase

Status: active Domain: both (interface) Source: → projects/Prime_Maxel-v4/research/spare_pins_future_use.md

What We Know

• Phase relationships between frequencies influence resonance quality — identified as a research priority
• v4 board experiment priority #4: Phase coupling (needs bodywire to spare ADC pins)
• Phase may be the missing Factor 5 in Four-Factor Theory
• Holographic principle: phase encodes spatial information in frequency-domain data
• v3 spatial survey showed hemispheres and amplitude gradients — suggesting phase-dependent spatial structure

What We Don’t Know

• Q-HP-01: Does phase between prime-ratio frequencies follow predictable patterns?
• Q-HP-02: Can phase manipulation improve resonance beyond what frequency selection alone achieves?
• Q-HP-03: Is the v3 spatial hemisphere pattern a phase interference effect?
• Q-HP-04: Does phase carry independent information from amplitude in the torsion network?

Relationships

• [[four-factor-theory]] — nature: extends — phase may be Factor 5
• [[v3-experimental-proof]] — nature: supports — spatial patterns suggest phase effects
• [[v4-board-design]] — nature: depends-on — v4 has spare ADC pins needed for phase measurement
• [[prime-resonance-computing]] — nature: extends — phase could enable multiplexed computation
• [[cymatics]] — nature: analogous-to — Chladni patterns ARE phase interference made visible

Bridging Potential

• If combined with [[v4-board-design]], first direct phase measurements become possible
• If combined with [[prime-resonance-computing]], phase-multiplexing could increase information capacity
• HIGH PRIORITY: v4 phase experiments could resolve Q-FF-04 (is there a Factor 5?)

Key Evidence

• Spare pins analysis: projects/Prime_Maxel-v4/research/spare_pins_future_use.md
• v3 spatial survey showing phase-suggestive patterns
• Experiment priority list: phase coupling is #4 (after noise, capacity, rank)