AWN-01 · HDGL Unified-Force / Seven-Rung Time-Domain Simulator

FREE PHASE TRACERUNNING

AWN-01 rung and voltage readout

Extinction voltage V_ext

Base rung frequency f₀ (Hz)

The remaining rung frequencies are generated recursively: f_n+1 = 2f_n. Voltage is a phase readout, not an RC charging solution.

HDGL phase tracking

Operator phase coupling κ (s⁻¹) 0.00

κ multiplies |𝓛_n| sin(arg(𝓛_n) − θ_n). It is a model parameter, not a measured tube constant.

Inter-stage injection

Injection enabled

Injection coupling J (s⁻¹) 0.00

Normalized pulse amplitude I_peak/I_ref 0.00

Pulse width (ms) 0.0

The model uses a rectangular normalized pulse from rung n−1 to rung n. Current scale, pulse shape, and coupling have not been supplied or measured; zero defaults prevent fabricated injection behavior.

Two-node entrainment

Node B natural frequency (Hz)

Node A → B phase coupling K_AB (s⁻¹) 0.00

Subterranean display model

60 Hz carrier level 35%

Illustrative nonlinear mixing 0.45

Display notch Q 10

Golden-log / HDGL rung trace

Rung	f Hz	x=β	Ω	δ	\|𝓛\|	arg 𝓛°

Calculating golden-log state…

Circle shift ΔΛ

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Mean |𝓛|

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A/B phase error CV

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Measured S0 firing rate

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Total firing events

Seven-rung phase-derived voltage · 70/30 V to 130 V

Subterranean channel · 60 Hz carrier and phase-derived node signal

0–130 Hz display spectrum and rolling waterfall · 1 Hz bins