A good computer program starts with a good specification. If the Universe were a computer program, it would need a specification. The specification outlined in this document is the starting point for the “common language” envisioned by Eric Dollard. This document will be continuously updated as the specification evolves.
This document has its origin from this transmission:
Standard definitions:
Displacement Current: rate of change of electric flux.
ElectroMotive Force (EMF): a difference in potential that tends to give rise to an electric current.
These definitions are lacking in my opinion. Eric Dollard spell it out much more thoroughly.
Eric Dollard’s transmission:
Units:
C: Coulomb
J: Joule
s: Time
V: Volt [J/C]
Definitions:
Flux: flow of fluid, particles, or energy through a given surface.
Induction: flow stimulation.
Electrostatic Potential: the potential difference between two points in space. Gradient. Real. Permanent condition.
Conductive Current: the rate of flow of electric charges past a point in the circuit. Flow. Real. Permanent condition.
Displacement Current: the rate with which Dielectric Flux is produced or consumed. Imaginary. Temporary condition.
ElectroMotive Force: the rate with which Magnetic Flux is produced or consumed. Imaginary. Temporary condition.
Aether: a state of dynamic polarization.
Dielectric flux: Aether under strain.
Magnetic flux: Aether in motion.
A conjugate relationship exists between two the incommensurate principles, the Dielectric and the Magnetic.
Conjugate Terms:
Potential : Kinetic
Permanent : Temporary
Real : Imaginary
Voltage : Current
Insulator: Conductor
Dielectric: Magnetic
Impedance : Admittance
Resistance : Conductance
DF: Dielectric Flux (Dielectric induction) = Psi (in Dollard’s language). Units [C].
MF: Magnetic Flux (Magnetic induction) = Phi (in Dollard’s language). Units [J/C s] = [V s].
Q: Electricity: Q = DF x MF = Where dielectric and magnetic flux lines cross. Units [J s].
The motions and strains of Aether give rise to ELECTRIFICATION. Phi x Psi = Q according to Dollard.
The UNION or cross product of ONE tube of DIELECTRIC flux with ONE tube of MAGNETIC flux gives BIRTH to ONE unit of ELECTRIFICATION, Q.
J.J. Thompson considered the electron to be the terminal end of one unit line of dielectric induction. One TUBE = One ELECTRON.
Rates of change with time:
DF/t : Displacement Current = Rate of Consumption or Production of Dielectric Flux. Maxwell’s Law. Units [C/s].
MF/t : ElectroMotive Force = EMF = Rate of Consumption of Production of Magnetic Flux. Faraday’s Law. Units [V s /s] = [V].
Q/t : Energy = Rate of Consumption or Production of electricity. Units [J s /s] = [J]
IMPORTANT: Dollard’s displacement current and standard displacement has different units, [C/s] vs [C/s x 1/m^2]. Maybe we should call this something else so as to not get the two confused. Might I suggest Dielectric Flux Consumption (DFC) and Magnetic Flux Consumption (MFC).
Definitions:
Dielectric Flux Change (DFC): the rate of consumption of production of dielectric flux. Units [C/s] = [I].
Magnetic Flux Change (MFC): the rate of consumption of production of magnetic flux. Units [V s /s] = [V].
Ratios:
The ratio of Displacement Current to EMF has units of impedance (real , imaginary, resistance , reactance)
The ratio of EMF to Displacement Current has units of admittance (real , imaginary, conductance , susceptance)
There are TWO distinct voltage modalities:
1) ElectroStatic Potential (involves insulator, dielectric, real). Units [V].
2) ElectroMotive Force (involves conductor, magnetic, imaginary). Unita [V s 1/s]
There are TWO distinct current modalities:
1) Conductive Current (involves conduction, magnetic, real). Units [I]
2) Displacement Current (involves insulator, dielectric, imaginary). Units [I m^2]
NIST
atomic unit of electric field 5.142 206 747 63 e11 0.000 000 000 78 e11 V m^-1
atomic unit of electric field gradient 9.717 362 4292 e21 0.000 000 0029 e21 V m^-2
