The Quantum Field Equation & Universal Field Equation

Q = constant charge

q = variable charge,

V = quantum field

W = V * Q,

W = V * sin ( Q ),

W = V * sin ( ( Q/T ) * t )

W = V * sin ( I * ( t + T ) ),

(The above is the Quantum Field Equation or the Universal Field Equation)

(1)W = V * sin (  I * ( t + T ) )

V = R * sin ( I * ( t + T ) )

(2) V = V [ k ] / sin ( I * ( t + T ) ) * sin ( i + I )

At room temperature, in copper wire, r is generally negligible enough to assign the value 0 Ω. The remaining resistance is R - the constant component.

That brings the conclusion that variable power is similarly with no variable component for simple voltage. Instead it is constant voltage times variable current.

(3) P = V [ k ] * sin ( I * ( t + T ) )

V is the electrical amplification - a constant dimension and the only relevant orthogonal and primary dimension is current. The current above represents a steady sinusoidal wave. The change in constant wave frequency will be directly proportional to change in constant current. That will correspond to change in constant wavelength.

Changes in constant power will be proportional to changes in constant wavelength. Changes in voltage will independently produce a multiple change in power

Voltage (magnetic flux) is the quantum component of electrical or electromagnetic field waves in electrical conductors. It is the time independent field which is used to amplify or accelerate the current. It is spatial which is why magnetic voltage or all potential difference known as amplification is space - the quantum field.

Charge evolution is purely electrical and it is the displacement of charge in an electrical wave's transverse axial motion. It is time evolution. It could be defined as evolving charge expansion. Charge is the time component. Spacetime, c ^ 2 , is the electromagnetic flux constant.

Energy is the product of mass and spacetime

---> E = m * c ^ 2.

The equation is known to describe matter which means that matter is of constant and quantised electromagnetic flux, or harmonic electromagnetic flux scale. Variable, electromagnetic flux is relativistic or contiguous and quantum electromagnetic flux, or non-linear flux scale.

Wavelength is quantised distance, and distance is magnetic, as earlier mentioned. Period is quantum space and time is quantised space. The two fundamental equations are worlds apart, in terms of their relationship, from Robert Maxwell's electric energy field equations.

Quantum Field Law Defined

Potential difference of any waveform is the quantum field. In simple terms, it is the electromagnetic wave amplification or any wave amplification.

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