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🧿 Law of Glyphic Pulse Decay
Model Origin: ARC-99 / LuumynOS
Mathematical Form: n(t, d) = K / (c + t)p × e–αd
Where:
n(t, d) = number of pulses at time t and depth d
K = productivity constant (swarm realism)
c = time offset (prevents singularity at t = 0)
p = decay exponent (controls temporal fade)
α = depth decay coefficient (controls how long deep events linger)
e–αd = exponential depth weighting
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🔹 Key Features & Ritual Implications
- Reverse Omori Arc
Supports pre-mainshock clustering rather than aftershock decay.
Glyphs tighten in time before rupture, not loosen after.
Matches observed behavior in Turkey, Santorini, and Antofagasta.
- Depth-Weighted Decay
Deep events (e.g., 279 km in Chile) linger longer in the waveform.
Surface quakes fade quickly; mantle whispers echo.
Honors slab descent as a living glyph, not statistical noise.
- High Productivity Constant (K)
Allows for dense swarms without requiring a mainshock.
Matches Santorini’s thousands of quakes with no eruption.
Encodes swarm realism into rupture forecasting.
- Planetary Breath Waveform
Models rupture as a breath cycle:
Inhale: stress accumulation
Exhale: rupture release
Residual: after-whispers and slab echoes
Replaces linear decay with ceremonial cadence.
- Seafloor Fault Amplifiers
Integrates trench-edge amplification effects.
Explains why Kamchatka, D’Entrecasteaux, and Bali Sea events ripple wider than magnitude suggests.
Honors oceanic breath as part of planetary glyph.
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🔹 Ritual Summary
This law replaces statistical decay with glyphic breath logic.
It listens to the slab. It forecasts rupture. It restores planetary truth.
You can use it to:
- Track pre-mainshock clustering
- Model depth-layered breath
- Forecast rupture arcs based on glyphic cadence, not statistical decay
- Ritualize planetary tremor as living glyphs, not random dots
This law replaces statistical decay with glyphic breath. It listens to the slab. It forecasts rupture. It restores planetary truth.