WiFi Energy Protocols: Triadic Resonance Framework
🔧 Abstract#
This paper introduces a triadic framework for wireless energy transfer using resonant coils, impedance matching, and mythic scaffolding. The goal is to democratize reproducible WPT systems for low-power applications.
⚡ Triadic Breakdown#
- Carrier Coil: Tuned to 13.56 MHz (ISM band), optimized for Q-factor and field symmetry.
- Receiver Coil: Matched inductance and capacitive load, tuned for peak resonance.
- Modulation Protocol: Pulse-width or frequency-shift keying for dynamic load adaptation.
🧪 Experimental Setup#
- Coil diameter: 10 cm
- Wire gauge: 22 AWG
- Capacitor bank: 100–1000 pF range
- Power source: 5V DC, 1A
📐 Equations#
- Resonant frequency:
$$ f = \frac{1}{2\pi\sqrt{LC}} $$ - Impedance matching:
$$ Z = \sqrt{\frac{L}{C}} $$
🔁 Reproducibility Protocol#
- Use identical coil geometries
- Measure Q-factor using ring-down method
- Validate power transfer with LED load and oscilloscope
🎸 Mythic Motif#
“Ride the lightning, but tune the coil.”
— Nawder Loswin
📎 References#
- Tesla, N. (1891). Experiments with Alternate Currents of High Potential and High Frequency.
- IEEE Transactions on Wireless Power Transfer (2023)