letter summarizing my prep work for discussion of

basic ElectroMagnetism, Physics and Mathematics as

revealed in the Structure of the Proton ... for

our Wizards of Ojai West meeting last night.

I will spend another month refining the analysis,

and illustrating it, and cycling through the analysis

a few times until I am happy with it.

anyone who wants to make a contribution, as to their

derivation of the proton's inductance, capacitance,

impedance, voltage, current, magnetic field, frequencies,

etc. ... please forward here or to me.

Millennium Twain

2 March 2008

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Re: Capacitance of Toroidal Coil -- of the 137-Loop Proton!

Jim,

First revision, correction of 10^6 in my derivation

of the proton's Capacitance ... now 10^-26 rather

than 10^-32 farads. [I had used relative permeability

in my inductance calculation, rather than absolute

permeability.]

my goal, for derivation of the Inductance and Capacitance

is for 'unity'. that is for Capacitance to equal Inductance,

numerical equivalence, assuming that henries and farads

were defined by the 'Standards' committees as of 'equal'

measure in terms of phenomena.

thus, envision, a laser gyroscope which is (ideally)

lossless in its circulation of the lightwave around

the circle. or a superluminal electric circuit, self-

looped like a flywheel, which has zero resistance, thus

not infinite current but an impedance of the circuit

which equals the impedance of the EM wave circulating

in it. the impedance match.

then, half of the Electromagnetic energy would be

stored in the Electric Field (via capacitance) and

half in the Magnetic Field (via inductance)!

the clue, that Henries and Farads are NOT of equal

phenomenal measure, is that the assigned magnetic

permeability of 'free space' is about 10^-6 henries/meter,

and the electric permittivity is about 10^-11 farads/meter!

thus we would expect the derived Inductance of the

Proton (in Henries) and the derived Capacitance (in

Farads) to differ by a factor of 10^5 or so -- which

is what I found in this first calculation:

Proton Self-Inductance = 2.016 x 10^-22 henries

Proton Self-Capacitance = 1.527 x 10^-26 farads

a difference of 10^4, compared to 10^5. and a factor

of ten is indeed the ballpark I was expecting for

a first go-round at calculation -- before I had

all my data in, and before I cycled through the

analysis and calculations a few times to be

clear and certain on all points.

Millennium

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Revised and Corrected Proton Properties List:

1) two radii or diameters, small = 0.2329 x 10^-15 cm,

large = 0.3192 x 10^-13 cm

2) two velocities, small = 38.84 x 10^10 cm/sec,

large = 7.58 x 10^10 cm/sec

3) two frequencies, small = 2.28 x 10^23 hz,

large = 3.59 x 10^22 hz

4) Inductance = 2.016 x 10^-22 henries

5) Capacitance (via resonant frequency equation with

"two Pi" and L and C related to F) = 1.527 x 10^-26 farads

6) Q-factor = infinity

7) magnetic permeability = 4Pi x 10^-7 henries/meter

= 1.257 x 10^-6 henries/meter

8) electric permittivity = 8.85418 x 10^-12 farads/meter

9) mass/energy = 938.3 MeV

10) charge = 1 = 1.60217 x 10^-19 Coulombs

11) fine structure constant, approx. 1/137, relating

the two Proton wave frequencies, velocities, radii.

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what I have not yet calculated, or need to calculate

in other ways, are:

A) B, magnetic flux density, webers/meter-squared

B) H, magnetic field intensity, ampere-turns per meter

C) 'Peak-to-Peak' Voltage of the proton!

D) 'Resident' Current of the proton!

E) Where Phi (1.61803) is revealed in the structure,

compare Pi (3.14159)

F) IMPEDANCE of the Proton, Circuit, which is what this

was all about ... and a way of re-iterating and checking

all the other frequency, inductance and capacitance derivations.

G) Capacitance of the circuit -- which I have NOT yet done

from first principles.

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