I love it when people lacking much more than a basic understand of electricity of physics speak so confidently about electricity (or physics). I reminds me of this meme:
https://images.fineartamerica.com/images/artworkimages/mediumlarge/1/let-me-interrupt-your-expertise...
Electro - MAGNETIC. Super simple here, but voltage sets up an electrical (electrostatic) field, causes carriers to move, moving carriers generate a magnetic field, . While the field is predominantly outside the charge carrier (wire), the wire heavily impacts the charge carriers and hence the magnetic field, and its effect dominates at low frequencies (in most cases). While the field theoretically goes on forever, the field strength is far far higher between the conductors and close to them. Hence things that are between the conductors and really close to them have an effect, things farther away very very quickly stop having any effect.
When you take a lack of understanding of electricity and couple it with a product of unknown functionality, you end up with all kinds of creative explanations, but at the end of the day, you have resistors, capacitors, inductors, and throw in some active circuits. Sure there are memristors, but those are contentious already and not applicable. What I am saying is what appears are magic to some, could be but simple circuitry to others, and it probably wouldn't take long with some basic circuitry to get a pretty clear idea of what it does (or does not do).
https://images.fineartamerica.com/images/artworkimages/mediumlarge/1/let-me-interrupt-your-expertise...
Electro - MAGNETIC. Super simple here, but voltage sets up an electrical (electrostatic) field, causes carriers to move, moving carriers generate a magnetic field, . While the field is predominantly outside the charge carrier (wire), the wire heavily impacts the charge carriers and hence the magnetic field, and its effect dominates at low frequencies (in most cases). While the field theoretically goes on forever, the field strength is far far higher between the conductors and close to them. Hence things that are between the conductors and really close to them have an effect, things farther away very very quickly stop having any effect.
When you take a lack of understanding of electricity and couple it with a product of unknown functionality, you end up with all kinds of creative explanations, but at the end of the day, you have resistors, capacitors, inductors, and throw in some active circuits. Sure there are memristors, but those are contentious already and not applicable. What I am saying is what appears are magic to some, could be but simple circuitry to others, and it probably wouldn't take long with some basic circuitry to get a pretty clear idea of what it does (or does not do).