Notes

Noise

Atoms in motion = Charges in motion
Browning motion may be indicator of local field updates.

Quantum

Lattice defines Quantum size by frequency
Force is the slope of a gradient without acceleration or minus the acceleration.

Can a charge exist unattached to a particle? → Yes – it exist in a wave as a reverse of Maxwell’s fourth equation.

Dimensions

Perspective – one eye, two eyes, clocked.

Charges

Particles – charges in near field
Atoms – Particles bound in complex standing wave nodules.
Molecules – particles bound in groups
Can a charge exist unattached to a particle? $\longrightarrow$ Yes – it exist in a wave as a reverse of Maxwell’s fourth equation.

$\varepsilon_0$ Limits

Particles – charges in near field
Atoms – Particles bound in complex standing wave nodules.
Molecules – particles bound in groups
Can a charge exist unattached to a particle? $\longrightarrow$ Yes – it exist in a wave as a reverse of Maxwell’s fourth equation.
What value of $\Delta{c}$ is required to create a $\frac{1}{d^2}$ rate of change?
What does field gradient $\Delta$ ?
Experiment

Resonance = low frequency trigger
c and dc/ds are mutually exclusive
“Usable” energy is due to the ability of current energy to exchange energy with impedance change.
Energy is rate of change, not freq current speed or frequency.