Dielectricity™ - The Xerqon Dielectric Effect - Alternating Current In Dielectric Materials

Matinga’s Dielectric Law

Dielectric materials can conduct alternating current as they do in capacitor dielectrics. Lower frequency and higher dielectric density are the variable polarities which each proportionally increases the conductive effect of alternating current. A permanent and constant voltage must be applied to the devices to which the solution is applied.

Extended Insights

An electric circuit may be configured to oscillate with alternating current when earthed to a human being. Between the human being and the oscillator electric circuit of a mobile phone will be the polymer phone screen. The human being completes the circuit. A signal may be parsed between the phone’s electric circuitry and the human being when they make contact with the phone screen.

If the oscillator produces Matinga Noise Floor, as database distributed component waves, each wave of separate harmonic is available for use as an IT constant from an array of 2 ^ 32 - 1 or LONGBLOB data.

For the alternating current to work, it must first be recognised that a capacitor is completed as the circuit is closed by the earthed human bodily contact. That dictates that the circuit must operate at a range of Pi Hz to approximately 12 GHz or Pi * ( 2 ^ 32 - 1 ) Hz. The insight will deliver a new generation of electric touch screens, from the Xerqon Dielectric Effect.

Applications, among uncounted more, include

1. Touchscreen monitor

2. Touchscreen keyboard

3. Keyless entry for buildings, rooms, vehicles and devices, including computers

4. Piezoelectric technology including audio transducers

5. Photoelectric transducers

The effect will drive more, proximity sensory devices forward beyond the foreseeable horizon of technology.

© Xerqon Pty Ltd 2026