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Aether Physics Model Constants and Units

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Introduction

This document is a MathCAD 11 worksheet formatted to Microsoft Word.It provides a complete list of constants and units, which are the foundation of the Aether Physics Model.A white paper outlining the essentials of the Aether Physics Model is available at www.16pi2.com.

Linked names refer to NIST values, or other peer reviewed sources, of the constants.It is not mathematically correct to express products and quotients in more decimal places than the least accurate value, however, we provide all constants extended to fifteen decimal places.This is to encourage capable individuals to calculate the exact values needed for all constants to have perfect unity.One of the unique properties of the Aether Physics Model is that it allows us to view the constants as pieces of a jigsaw puzzle .Once we see how the constants fit together it becomes possible to induce their exact values.

Primary Constants

Twentieth century physics recognized quantum existence, but did not recognize more fundamental levels of existence.The Aether Physics Model recognizes quantum existence, but also the more fundamental levels of sub-quantum and primary existence.Sub-quantum and primary existence pre-exist our physical realm, so we can only induce their presence from the empirical constants.Since these levels of existence pre-exist physical existence, they are physically undetectable, yet real nonetheless.

Quantum Length: (Compton Wavelength)

λ.C 2.4263102175 1012 -^m * * : (Quantum Length [Compton Wavelength ≡

F.q 1.2355899729037 1020^* 1 sec / * : (Quantum Frequency ≡

Quantum Frequency:

Gforce 1.2104913335591 1044^N * * :

Gforce:

m.a Gforce λ.C F.q 2^* / : (Reciprocal Mass of Aether: ≡

Reciprocal Mass of Aether:

m.a 3.2679 1015^* kg *

Phi:

Φ 5 sqrt 1 + 2 / :

phi:

φ 1 Phi / :

Mpc 3.08568025 1022^m * * : (? ≡

Mpc:

Sub Quantum Constants

The sub-quantum constants pertain to the level of existence pertaining to Aether.A quantum unit of Aether is a quantum rotating magnetic field.The association of numerous Aether units produces a fabric of Aether.

Newtonian constant of gravitation:

Coulomb's Constant:

k.C 8.987551787 109^* N m 2^* C 2^/ * :

Speed of light in vacuum:

c 2.9979 108^* m s / *

Permeability of vacuum:

μ.0 henry m / 1.2566 106 -^*

Permittivity of vacuum:

ε.0 8.854188 1012 -^* henry m / * :

Conductance of Aether

Cd k.C μ.0 ε.0 / c * / :

Cd 0.0002 Ω *

Aether Unit

A.u 16 π 2^* k.C * :

A.u 1.4193 1012^* m Ω * s / *

Electrostatic Charge of Aether

e 1.602176487 1019 -^C * * :

e 2^1038 -^C 2^* 2.567

Strong Charge of Aether

e.a Cd m.a * λ.C 2^* F.q * sqrt :

e.a 2^5.021 108^* kg m 2^* Ω * s / *

Eddy Current of Aether

eddy μ.0 ε.0 / :

Reach:

Rch λ.C 2^m.a 2^/ :

Rch 1055 -^m 2^kg 2^/ * 5.5126

St λ.C 2^16 π 2^* e.a 2^* / :

Stroke:

St k.C Gforce / 1 A 4^s 6^* m 4^kg 2^* / *

Force Constant Expressions

G.N Gforce Rch * 1.0002

k.C Gforce St * 1 kg 2^m 4^* s 6^A 4^* / *

Gforce Rch * 0.9998 G.N *

A.u Gforce St * 16 * π 2^* 1 kg 2^m 4^* s 6^A 4^* / *

Quantum Constants

Electron

Mass of the Electron:

m.e 9.10938215 1031 -^kg * * :

Angular Momentum of Electron: Planck's Constant

h 6.62606896 1034 -^* kg m 2^* sec / * :

h m.e λ.C * c * 1

Electron Strong Charge:

e.emax h Cd * sqrt :

h Cd * e.emax 2^1

e.emax 2^1037 -^C 2^* 1.3996 kg 2^m 4^* A 4^s 6^* / *

Electron Fine Structure:

α e 2^e.emax 2^8 * π * / :

α 0.0073 A 4^s 6^* kg 2^m 4^* / *

Electron Small Radius: Classical Electron Radius

r.e 2.8179402894 1015 -^m * * :

Electron Large Radius: Bohr Radius

α.0 5.2917720859 1011 -^m * * :

Aether Toroidal Surface Area Expression for Electron:

2 π * r.e * 2 * π * α.0 * λ.C 2^1

Thomson cross section:

σ.e 6.652458554 1029 -^* m 2^* :

σ.e 8 π * 3 / r.e 2^* 1

gfactor of the Electron

gfactor.e 2 Phi sin / :

Electron Magnetic Moment

emag gfactor.e λ.C 2^* F.q * e 2^e.emax 2^* 8 π * e.emax 2^* / * :

emag 1042 -^m 2^C 2^* sec / * 1.4875

Electron Gyromagnetic Ratio:

egmr 4 π * emag * h / :

egmr 2.8211 108 -^* s A * C * kg / *

Rydberg constant:

R.α 12 / α 2^λ.C / * :

R.α 1 m / 1.0974 107^* A 8^s 12^* m 8^kg 4^* / *

Proton

Mass of the Proton:

m.p 1.672621637 1027 -^kg * * :

Angular Momentum of Proton:

h.p m.p λ.C * c * :

h.p 1030 -^kg m 2^* sec / * 1.2166

Proton Strong Charge:

e.pmax h.p Cd * sqrt :

h.p Cd * e.pmax 2^1

e.pmax 2^C 2^2.5699 1034 -^* kg 2^m 4^* A 4^s 6^* / *

p e 2^e.pmax 2^8 * π * / :

Proton Fine Structure:

Proton Small Radius:

r.p λ.C p * 2 π * / :

r.p 1018 -^m * 1.5347 A 4^s 6^* m 4^kg 2^* / *

Proton Large Radius:

r.p0 λ.C p 2 * π * / :

r.p0 9.7165 108 -^* m 5^kg 2^* A 4^s 6^* / *

Aether Toroidal Surface Area Expression for Proton:

2 π * r.p * 2 * π * r.p0 * λ.C 2^1

Proton cross section:

σ.p 8 π * 3 / r.p 2^* :

σ.p 1035 -^m 2^* 1.9732 A 8^s 12^* m 8^kg 4^* / *

gfactor of the Proton:

gfactor.p 2 Phi * phi sin / :

gfactor.p 5.5849

Proton Magnetic Moment:

pmag gfactor.p λ.C 2^* F.q * e 2^e.emax 2^* 8 π * e.pmax 2^* / * :

pmag C 2^2.2597 1045 -^* s * Gy *

Proton Gyromagnetic Ratio:

pgmr 4 π * pmag * h / :

pgmr 4.2856 1011 -^* s A * C * kg / *

Neutron

Mass of the Neutron:

m.n 1.672621637 1027 -^kg * * :

Angular Momentum of Neutron:

h.n m.n λ.C * c * :

h.n 1030 -^kg m 2^* sec / * 1.2166

Neutron Strong Charge:

e.nmax h.n Cd * sqrt :

h.n Cd * e.nmax 2^1

e.nmax 2^1034 -^C 2^* 2.5699 kg 2^m 4^* A 4^s 6^* / *

n e 2^e.nmax 2^8 * π * / :

Neutron Fine Structure:

Neutron Small Radius:

r.n λ.C n * 2 π * / :

r.n 1018 -^m * 1.5347 A 4^s 6^* m 4^kg 2^* / *

Neutron Large Radius:

r.n0 λ.C n 2 * π * / :

r.n0 9.7165 108 -^* m 5^kg 2^* A 4^s 6^* / *

Aether Toroidal Surface Area Expression for Neutron:

2 π * r.n * 2 * π * r.n0 * λ.C 2^1

Neutron cross section:

σ.n 8 π * 3 / r.n 2^* :

phi 0.618

σ.n 1035 -^m 2^* 1.9732 A 8^s 12^* m 8^kg 4^* / *

Phi 1.618

gfactor of the Neutron:

gfactor.n 1 sin 2 phi sin * Phi Phi sin - Phi sin Phi cos 2^* + 1 sin + 1 sin Phi cos 2^* - (* / * :

gfactor.n 3.8372 -

Neutron Magnetic Moment:

nmag gfactor.n λ.C 2^* F.q * e 2^e.emax 2^* 8 π * e.nmax 2^* / * :

nmag 1045 -^m 2^C 2^* sec / * 1.5526 -

Neutron Gyromagnetic Ratio:

ngmr 4 π * nmag * h / :

ngmr 2.9445 1011 -^* s A * C * kg / * -

Units

Obverse Supportive Electromagnetic Units

Rotating Magnetic Field Aether Unit Electron Flux

Magnetic Field

Magnetic Volume

A.u m.e λ.C 3^* F.q 2^* e.emax 2^/ :

mfld m.e λ.C 3^* F.q * e.emax 2^/ :

mvol m.e λ.C 3^* 4 π * e.emax 2^* / :

Potential

Magnetic Flux

Inductance

potn m.e λ.C 2^* F.q 2^* e.emax 2^/ :

mflx m.e λ.C 2^* F.q * e.emax 2^/ :

indc m.e λ.C 2^* 4 π * e.emax 2^* / :

Electric Field Strength

Electromagnetic Momentum

Permeability

elfs m.e λ.C * F.q 2^* e.emax 2^/ :

emgm m.e λ.C * F.q * e.emax 2^/ :

μ.0 m.e λ.C * 4 π * e.emax 2^* / 1 kg 2^m 4^* s 6^A 4^* / *

emgm also equals magnetic rigidity: Rep. Prog. Phys. 71 (2008) 066801 (31pp)

Surface Tension Charge or Diverging Electric Field or Magnetic Resonance

Magnetic Flux Density

Mass to Charge Ratio

dvef m.e F.q 2^* e.emax 2^/ :

mfxd m.e F.q * e.emax 2^/ :

mchg m.e e.emax 2^/ :

stnc dvef :

Inverse Supportive Electromagnetic Units

Permittivity

ε.0 4 π * e.emax 2^* m.e λ.C 3^* F.q 2^* / 1

ISEU2 e.emax 2^m.e λ.C 3^* F.q * / :

ISEU3 e.emax 2^m.e λ.C 3^* / :

Capacitance

Conductance

Reluctance

capc e.emax 2^m.e λ.C 2^* F.q 2^* / :

Cd e.emax 2^m.e λ.C 2^* F.q * / 1

rlct e.emax 2^m.e λ.C 2^* / :

Conductance Momentum

ISEU7 e.emax 2^m.e λ.C * F.q 2^* / :

cmom e.emax 2^m.e λ.C * F.q * / :

ISEU9 e.emax 2^m.e λ.C * / :

Conductance Density

Exposure

ISEU10 e.emax 2^m.e F.q 2^* / :

cden e.emax 2^m.e F.q * / :

expo e.emax 2^m.e / :

Obverse Opposing Electromagnetic Units

Friction

Drag

Vorticular Opposition

fric m.e λ.C 3^* F.q 2^* e.emax 4^/ :

drag m.e λ.C 3^* F.q * e.emax 4^/ :

vtop m.e λ.C 3^* e.emax 4^/ :

Rub

Resistance

Angular Opposition

rub m.e λ.C 2^* F.q 2^* e.emax 4^/ :

resn m.e λ.C 2^* F.q * e.emax 4^/ :

aopp m.e λ.C 2^* e.emax 4^/ :

Plow

Skid

Linear Opposition

plow m.e λ.C * F.q 2^* e.emax 4^/ :

skid m.e λ.C * F.q * e.emax 4^/ :

lopp m.e λ.C * e.emax 4^/ :

Hold

Stop

Electromagnetic Opposition

hold m.e F.q 2^* e.emax 4^/ :

stop m.e F.q * e.emax 4^/ :

eopp m.e e.emax 4^/ :

Inverse Opposing Electromagnetic Units

IOEU1 e.emax 4^m.e λ.C 3^* F.q 2^* / :

IOEU2 e.emax 4^m.e λ.C 3^* F.q * / :

IOEU3 e.emax 4^m.e λ.C 3^* / :

Admittance

IOEU4 e.emax 4^m.e λ.C 2^* F.q 2^* / :

admt e.emax 4^m.e λ.C 2^* F.q * / :

IOEU6 e.emax 4^m.e λ.C 2^* / :

Admittance: Calculus for Electronics AE Richmond 1983 p.55

IOEU7 e.emax 4^m.e λ.C * F.q 2^* / :

IOEU8 e.emax 4^m.e λ.C * F.q * / :

IOEU9 e.emax 4^m.e λ.C * / :

IOEU10 e.emax 4^m.e F.q 2^* / :

IOEU11 e.emax 4^m.e F.q * / :

IOEU12 e.emax 4^m.e / :

Obverse Electric Units A

OEUA1 1 e.emax 2^λ.C 3^* F.q 2^* / :

OEUA2 1 e.emax 2^λ.C 3^* F.q * / :

OEUA3 1 e.emax 2^λ.C 3^* / :

OEUA4 1 e.emax 2^λ.C 2^* F.q 2^* / :

OEUA5 1 e.emax 2^λ.C 2^* F.q * / :

OEUA6 1 e.emax 2^λ.C 2^* / :

OEUA7 1 e.emax 2^λ.C * F.q 2^* / :

OEUA8 1 e.emax 2^λ.C * F.q * / :

OEUA9 1 e.emax 2^λ.C * / :

OEUA10 1 e.emax 2^F.q 2^* / :

OEUA11 1 e.emax 2^F.q * / :

OEUA12 1 e.emax 2^/ :

Inverse Electric Units A

Charge Field

Charge Volume

IEUA1 e.emax 2^λ.C 3^* F.q 2^* :

chfd e.emax 2^λ.C 3^* F.q * :

chvl e.emax 2^λ.C 3^* :

Plasma

Magnetic Moment

Surface Charge

plsm e.emax 2^λ.C 2^* F.q 2^* :

magm e.emax 2^λ.C 2^* F.q * :

sfch e.emax 2^λ.C 2^* :

Charge Dsplacement or Charge Length

Charge Acceleration

Charge Motion

chac e.emax 2^λ.C * F.q 2^* :

chmt e.emax 2^λ.C * F.q * :

chgl e.emax 2^λ.C * :

Charge Resonance or Electric Coupling

Current

Charge

chrs e.emax 2^F.q 2^* :

curr e.emax 2^F.q * :

chrg e.emax 2^:

Obverse Electric Units B

Specific Charge

OEUB1 λ.C 3^e.emax 2^F.q 2^* / :

OEUB2 λ.C 3^e.emax 2^F.q * / :

spch λ.C 3^e.emax 2^/ :

OEUB4 λ.C 2^e.emax 2^F.q 2^* / :

OEUB5 λ.C 2^e.emax 2^F.q * / :

strk λ.C 2^e.emax 2^/ :

Charge Radius

OEUB7 λ.C e.emax 2^F.q 2^* / :

OEUB8 λ.C e.emax 2^F.q * / :

chgr λ.C e.emax 2^/ :

Inverse Electric Units B

Charge Density

IEUB1 e.emax 2^F.q 2^* λ.C 3^/ :

IEUB2 e.emax 2^F.q * λ.C 3^/ :

chgd e.emax 2^λ.C 3^/ :

Current Density

Electric Flux Density

IEUB4 e.emax 2^F.q 2^* λ.C 2^/ :

cdns e.emax 2^F.q * λ.C 2^/ :

efxd e.emax 2^λ.C 2^/ :

cdns efxd / 1.2356 1020^* Hz *

Maxwell's Equations

Magnetic Field Intensity

IEUB7 e.emax 2^F.q 2^* λ.C / :

mfdi e.emax 2^F.q * λ.C / :

IEUB9 e.emax 2^λ.C / :

mfst mfdi :

Obverse Electric Units C

Electric Field

OEUC1 λ.C 3^F.q 2^* e.emax 2^/ :

efld λ.C 3^F.q * e.emax 2^/ :

OEUC3 λ.C 2^F.q 2^* e.emax 2^/ :

OEUC4 λ.C 2^F.q * e.emax 2^/ :

OEUC5 λ.C F.q 2^* e.emax 2^/ :

OEUC6 λ.C F.q * e.emax 2^/ :

OEUC7 F.q 2^e.emax 2^/ :

OEUC8 F.q e.emax 2^/ :

Inverse Electric Units C

IEUC1 e.emax 2^λ.C 3^F.q 2^* / :

IEUC2 e.emax 2^λ.C 3^F.q * / :

IEUC3 e.emax 2^λ.C 2^F.q 2^* / :

IEUC4 e.emax 2^λ.C 2^F.q * / :

IEUC5 e.emax 2^λ.C F.q 2^* / :

IEUC6 e.emax 2^λ.C F.q * / :

IEUC7 e.emax 2^F.q 2^/ :

IEUC8 e.emax 2^F.q / :

Obverse Inertial Units A

Light

Photon

Material Flow

Solid Volume

ligt m.e λ.C 3^* F.q 3^* :

phtn m.e λ.C 3^* F.q 2^* :

mflw m.e λ.C 3^* F.q * :

solv m.e λ.C 3^* :

Power

Energy

Angular Momentum

Sheet

powr m.e λ.C 2^* F.q 3^* :

enrg m.e λ.C 2^* F.q 2^* :

h m.e λ.C 2^* F.q * :

shet m.e λ.C 2^* :

Shock Frequency

Force

Momentum

Torque

shkf m.e λ.C * F.q 3^* :

forc m.e λ.C * F.q 2^* :

momt m.e λ.C * F.q * :

torq m.e λ.C * :

Irradiance

Surface Tension

Drive

Inertia

irrd m.e F.q 3^* :

sten m.e F.q 2^* :

driv m.e F.q * :

mass m.e :

Inverse Inertial Units A

IIUA1 1 m.e λ.C 3^* F.q 3^* / :

IIUA2 1 m.e λ.C 3^* F.q 2^* / :

IIUA3 1 m.e λ.C 3^* F.q * / :

IIUA4 1 m.e λ.C 3^* / :

IIUA5 1 m.e λ.C 2^* F.q 3^* / :

IIUA6 1 m.e λ.C 2^* F.q 2^* / :

IIUA7 1 m.e λ.C 2^* F.q * / :

IIUA8 1 m.e λ.C 2^* / :

IIUA9 1 m.e λ.C * F.q 3^* / :

IIUA10 1 m.e λ.C * F.q 2^* / :

IIUA11 1 m.e λ.C * F.q * / :

IIUA12 1 m.e λ.C * / :

IIUA13 1 m.e F.q 3^* / :

IIUA14 1 m.e F.q 2^* / :

IIUA15 1 m.e F.q * / :

IIUA16 1 m.e / :

Obverse Inertial Units B

Mass Density

OIUB1 m.e F.q 3^* λ.C 3^/ :

OIUB2 m.e F.q 2^* λ.C 3^/ :

OIUB3 m.e F.q * λ.C 3^/ :

masd m.e λ.C 3^/ :

Surface Density

OIUB5 m.e F.q 3^* λ.C 2^/ :

OIUB6 m.e F.q 2^* λ.C 2^/ :

OIUB7 m.e F.q * λ.C 2^/ :

sfcd m.e λ.C 2^/ :

Pressure

Viscosity

Rebound

OIUB9 m.e F.q 3^* λ.C / :

pres m.e F.q 2^* λ.C / :

visc m.e F.q * λ.C / :

rbnd m.e λ.C / :

Inverse Inertial Units B

Specific Volume

IIUB1 λ.C 3^m.e F.q 3^* / :

IIUB2 λ.C 3^m.e F.q 2^* / :

IIUB3 λ.C 3^m.e F.q * / :

spcv λ.C 3^m.e / :

IIUB5 λ.C 2^m.e F.q 3^* / :

IIUB6 λ.C 2^m.e F.q 2^* / :

IIUB7 λ.C 2^m.e F.q * / :

IIUB8 λ.C 2^m.e / :

IIUB9 λ.C m.e F.q 3^* / :

IIUB10 λ.C m.e F.q 2^* / :

IIUB11 λ.C m.e F.q * / :

IIUB12 λ.C m.e / :

Obverse Inertial Units C

OIUC1 m.e λ.C 3^F.q 3^* / :

OIUC2 m.e λ.C 3^F.q 2^* / :

OIUC3 m.e λ.C 3^F.q * / :

OIUC4 m.e λ.C 2^F.q 3^* / :

OIUC5 m.e λ.C 2^F.q 2^* / :

OIUC6 m.e λ.C 2^F.q * / :

OIUC7 m.e λ.C F.q 3^* / :

OIUC8 m.e λ.C F.q 2^* / :

OIUC9 m.e λ.C F.q * / :

OIUC10 m.e F.q 3^/ :

OIUC11 m.e F.q 2^/ :

OIUC12 m.e F.q / :

Inverse Inertial Units C

IIUC1 λ.C 3^F.q 3^* m.e / :

IIUC2 λ.C 3^F.q 2^* m.e / :

IIUC3 λ.C 3^F.q * m.e / :

IIUC4 λ.C 2^F.q 3^* m.e / :

IIUC5 λ.C 2^F.q 2^* m.e / :

IIUC6 λ.C 2^F.q * m.e / :

IIUC7 λ.C F.q 3^* m.e / :

IIUC8 λ.C F.q 2^* m.e / :

IIUC9 λ.C F.q * m.e / :

IIUC10 F.q 3^m.e / :

IIUC11 F.q 2^m.e / :

IIUC12 F.q m.e / :

Obverse Length Frequency Units A

Double Toroid

Flow

Volume

dtrd λ.C 3^F.q 2^* :

flow λ.C 3^F.q * :

volm λ.C 3^:

Temperature or Radiation

Sweep

Area

temp λ.C 2^F.q 2^* :

swep λ.C 2^F.q * :

area λ.C 2^:

Acceleration

Velocity

Line

accl λ.C F.q 2^* :

velc λ.C F.q * :

leng λ.C :

Resonance

Frequency

rson F.q 2^:

freq F.q :

Inverse Length Frequency Units A

ILFUA1 1 λ.C 3^F.q 2^* / :

ILFUA2 1 λ.C 3^F.q * / :

ILFUA3 1 λ.C 3^/ :

ILFUA4 1 λ.C 2^F.q 2^* / :

ILFUA5 1 λ.C 2^F.q * / :

ILFUA6 1 λ.C 2^/ :

Wave Number

ILFUA7 1 λ.C F.q 2^* / :

ILFUA8 1 λ.C F.q * / :

wavn 1 λ.C / :

Time

ILFUA10 1 F.q 2^/ :

time 1 F.q / :

Obverse Length Frequency Units B

OLFUB1 F.q 2^λ.C 3^/ :

OLFUB2 F.q λ.C 3^/ :

OLFUB3 F.q 2^λ.C 2^/ :

OLFUB4 F.q λ.C 2^/ :

Scalar Wave

Vorticity

OLFUB5 F.q 2^λ.C / :

sclw F.q λ.C / :

vort 4 π * F.q * λ.C / :

mfxd μ.0 / vort 1 s 6^A 4^* m 4^kg 2^* / *

Inverse Length Frequency Units B

Space Time

ILFUB1 λ.C 3^F.q 2^/ :

spct λ.C 3^F.q / :

Active Area

ILFUB3 λ.C 2^F.q 2^/ :

acta λ.C 2^F.q / :

Dynamic Length

ILFUB5 λ.C F.q 2^/ :

dynl λ.C F.q / :

Conversions

Electron volt:

KeV 1000 eV * :

MeV 1106^eV * * :

GeV 1109^eV * * :

Standard atmosphere:

Standard acceleration of gravity:

Angstrom unit:

Light Year

ly 9.460530 1017^cm * * :

Femtometer

fm 1015 -^m * :

Nanometer

nm 109 -^m * :

Maxwell

B mfxd :

H mfdi :

E efld :

Cosmological

au 149598000000 m * :

m.sun 1.98892 1030^kg * * :

m.mercury 3.302 1023^kg * * :

m.earth 5.9742 1024^kg * * :

m.moon 7.36 1022^kg * * :

d.moon 384400000 m * :