Good day folks, This is just a live brainstorming session. Even I didn't know the outcome. Perhaps the info is useful. And near the end I get a flash idea of a possible configuration of something to try ( Aether Transducer) And I put a simplified diagram at the end of the video. So it was a good sesion after all.

The use of an electret, which is a dielectric material that has a quasi-permanent electric charge or dipole polarization, adds an interesting dimension to this setup. Electrets are the electrostatic analogues to magnets and can create a sustained electric field. In the context of your device, the "peg" acting as an electret might serve several potential functions:

Energy Storage: An electret can store energy in its persistent electrostatic field. This stored energy could be part of the system’s way to maintain a power source or to stabilize power delivery.

Field Interactions: The electret might interact with the electromagnetic fields of the copper and zinc loop antennas. If these loops are part of an LC (inductor-capacitor) circuit, the electret could influence the resonant frequency of the system or the phase relationship between the voltage and current.

Transduction: The electret might work as a transducer, converting mechanical stress into electrical energy, or vice versa. If the system involves vibrational energy or mechanical changes, the electret could be a key component in harnessing that energy.

Electrostatic Modulation: The electret might be used to modulate the electrostatic environment within the device. This could be particularly relevant if the system operates on principles like quantum tunneling, where the electrostatic potential can significantly affect the tunneling rates and behaviors.

Enhanced Material Interactions: If the solid-state electrolyte has mobile ions, the electret's field could influence their motion, potentially leading to enhanced ionic conductivity or other desirable material properties.

Nonlinear Effects: If the electret contributes to nonlinear electrical properties within the system, it might enable the exploration of phenomena like harmonic generation, frequency mixing, or other nonlinear optical or electronic effects.

Incorporating an electret into the system might be a way to break symmetry, introduce a steady-state non-equilibrium condition, or affect the local electric fields in a way that could lead to unconventional behaviors. This could be quite intriguing when looking at the system from the perspective of resonance effects, as the electret could be integral in establishing the conditions necessary for certain resonant phenomena to occur.

And perhaps I have a better understanding of the Floyd VTA.

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