Infinity Resonance Ratio Calculator v3

Module 1 — Convert symbolic element ratios into real RF circuit values

Visual Field Engine

Input Controls

Source element

Load element

Primary impedance Zp (Ω)

Secondary impedance Zs (Ω)

Inductance

Capacitance

Track A — Infinity Interpretation Symbolic

This section presents a symbolic design and interpretation layer based on elemental properties. Values are for conceptual exploration only and do not represent physical measurements or proven engineering outcomes.

Source material

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Load material

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Atomic-number ratio (source ÷ load)

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Atomic-number sum

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Atomic-mass ratio (source ÷ load)

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Source symbolic role

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Load symbolic role

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Operational interpretation

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Suggested ruby lens

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Suggested indium shield

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Symbolic gear-reduction interpretation

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Track B — Engineering Output Calculated

Calculated using standard RF engineering formulas (IEC/IEEE conventions). All values assume ideal, lossless components unless otherwise noted.

Transformer turns ratio (Np / Ns = √(Zp / Zs))

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Impedance ratio (Zp / Zs = (Np / Ns)²)

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LC resonant frequency (f = 1 / 2π√LC)

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Free-space wavelength (λ = c / f, c = 299 792 458 m/s)

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Quarter wavelength (λ / 4)

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RF frequency band

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Conductor skin-depth estimate (δ = √(ρ / πfµ₀))

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Material electrical classification (source)

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Low-voltage safety classification

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Viz 1 — LC Tank Animation

Idealised energy exchange: the capacitor stores electric-field energy; the inductor stores magnetic-field energy. The gold dot represents the oscillating charge carrier. Pulsing rings show the expanding/collapsing magnetic field.

Viz 2 — Transformer Visualization

Turns ratio Np : Ns

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Impedance ratio (Np / Ns)²

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Viz 3 — Frequency & Wavelength Scale

Frequency

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Free-space wavelength

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Quarter wavelength

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1 kHz 10 kHz 100 kHz 1 MHz 10 MHz 1 GHz

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Viz 4 — Skin-Depth Ring

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RF penetration

Skin depth in source material

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The ring fill represents the relative RF penetration depth on a logarithmic scale. A full ring indicates deep penetration (lower frequency or higher resistivity). Noble gases and non-RF conductors display N/A — bulk metallic skin-effect physics does not apply to those materials.

Viz 5 — Material Path Diagram

Silver

→

💎

Ruby lens

→

In shield

→

Nickel

Source

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Ruby lens (symbolic intermediary)

Ruby — Cr³⁺:Al₂O₃ corundum crystal, 694 nm optical reference

Indium shield (symbolic boundary)

Indium (In, Z=49) foil — soft metallic EMI boundary layer

Load

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Symbolic signal-flow path from source element through the ruby photonic reference and indium shielding layer to the load element. This is a conceptual design diagram, not a physical wiring schematic.