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[TheoriaApophasis]

T: What exactly is the dielectric side of electricity?

electricity has transverse phenomena,  EM as a induction max relational to its spatial manifestation/ perturbations.


ie speed of EM / light.



Electricity is  Phi x Psi = Q in Planck's , electrification.




Electricity terminates AS magnetism , not INTO magnetism, by losing its dielectric component as necessitated;

electricity is the product of Phi (magnetism) and Psi (dielectricity), is definitionally a hybrid Ether modality of the product of Phi and Psi.

[Raz]

electricity has transverse phenomena,  EM as a induction max relational to its spatial manifestation/ perturbations.


ie speed of EM / light.



Electricity is  Phi x Psi = Q in Planck's , electrification.




Electricity terminates AS magnetism , not INTO magnetism, by losing its dielectric component as necessitated;

electricity is the product of Phi (magnetism) and Psi (dielectricity), is definitionally a hybrid Ether modality of the product of Phi and Psi.

  So electricity can be compared to a flame of fire. Fire being composed of the fuel,oxygen and the temperature necessary to start the reaction. Can we think about electricity as a "compound" of ether modalities?

So if we take this " flame" or spark of electricity and somehow get rid of the magnetic part,.. can we get pure dielectricity?

At this moment Im 6 years old,... so explain accordingly,.. remember....bees and birds.

[profitis]

Raz:'Are you talking about electrostatic like in Oleg Jefimenko electrostatic motors or an electrostatic generator??. For what I read ,Tesla used both AC and DC in his magnifier transmitter. Now if we are talking about taking a electrostatic charge or pressure and moving it in a way that interacts with the ether and brings the dielectric charge into play then I may understand you better.'

I'm talking about entropy/chaos thermodynamics here.electrostatics is beyond the reach of TEMPERATURE entropy 'laws,rules,and regulations' for example a uranium atom is still radio-active at O kelvin.the electrons,protons,neutrons of matter STILL wobble at O k.still interact in a very precise and orderly way.electrostaticssystems below 0 kelvin still possess information states,still possess energy

[profitis]

Here's exerpt about it from a internet convo that I found:  ''Actually, more complicated than that even. Even if a atom were 'perfectly' still, there is still information/entropy encoded in its nuclear quantum states, the quarks that make up the nucleons, the electrons, etc.
Entropy is directly related to information, since each quantum number / states represents information, a perfectly at rest atom still has a non-zero entropy.
The entropy of its 'gross' physical thermodynamic properties, such as bond flexing, wiggling, may be 'zero', but the overall entropy is always non-zero as it depends on the state of all quantum values that make it.
So at Absolute zero, the only kind of entropy that may be roughly zero is that dependent on thermodynamic principles.''

[profitis]

Raz:'Raz:'Are you talking about electrostatic like in Oleg Jefimenko electrostatic motors or an electrostatic generator??. For what I read ,Tesla used both AC and DC in his magnifier transmitter. Now if we are talking about taking a electrostatic charge or pressure and moving it in a way that interacts with the ether and brings the dielectric charge into play then I may understand you better.'

Let me put it another easier way: since electrostatics rules and regulations are different to temperature rules and regulations the rules and regulations of the quantum world and the rules and regulations of the non-quantum world can be juxtaposed and made to work against each other or for each other,depends on design.one can manipulate the non-quantum with the quantum using a different set of rules than the non-quantum.and vise versa.