Is Einstein's G*d malicious?

[Garry Denke]

Investigating the Quantum variation of Frequency laws:

 

Energy = hbar [(G*d)^1/2] is correct, but the current definition of hbar is not. Decades ago it was postulated that hbar = e^2 / alpha*c in cgs units and it was postulated that hbar = e^2 / (4pi)*e0*alpha*c in SI units. However both postulates in both systems of the theoretical definition(s) were proven false by Lewis & Adams (1914) and Sommerfeld (1916). The actual measured quantum of alpha is hbar = h (2*alpha) in both the cgs and SI systems. This is quite a quantum variation, and a hand tinkering with the fundamentals, indeed. Since hbar = Energy / [(G*d)^1/2] and since hbar = h (2*alpha) it is a simple matter to write Energy = h (2*alpha) [(G*d)^1/2]. Remember, hbar = h / (2pi) was only a theory, hbar = h (2*alpha) is a measured quantity.

 

force = c^4 / G

Quantum variation? None

G = gravitation

c = light

f = force

 

power = c^5 / G

Quantum variation? None

G = gravitation

c = light

p = power

 

frequency = (G*d)^1/2

Quantum variation? Root

G = gravitation

d = density

1/t = frequency

 

energy = hbar [(G*d)^1/2]

Quantum variation? Yes

G = gravitation

d = density

hbar = quantum of alpha

E = energy

 

energy = h (2*alpha) [(G*d)^1/2]

Quantum variation? Yes

G = gravitation

d = density

h = quantum of action

alpha = interaction strength

E = energy

 

Wherever there is frequency, its Root (G*d)^1/2 is there.

Subtle is the Lord, but malicious He is not.

A good definition for density?

 

Thanks!

[InfiniteNow]

Wherever there's frequency, its Root (G*d) is there.

What happens when you use these formulas in France? Do the terms spell out "Dieu?"

 

What happens when you use these formulas in Germany? Do the terms spell out "Gott?"

 

What happens when you use these formulas in Russia? Do the terms spell out "Бог?"

 

 

This is sort of silly, and reminds me of numerology. Patterns can be found in anything. It's how we interpret them that matters.

 

 

[math]f = \frac {1}{T}[/math] :)

 

[math]f = \frac{v}{\lambda}[/math] :D

[Garry Denke]

Hey OMEGA

 

I like it short, and to the point.

 

Energy = e^2*z0*[(G*d)^1/2] ...... (impedance)

Energy = e^2*[(G*d)^1/2]/e0*c ... (electric)

Energy = e^2*u0*c*[(G*d)^1/2] ... (magnetic)

 

Why is G*d everywhere?

 

E = dark energy

e = elementary charge

z0 = impedance of vacuum

G = gravitational constant

d = dark matter density

e0 = electric constant

c = speed of light of light

u0 = magnetic constant

[coldcreation]

.

 

 

 

 

The Alternative Theories section

is a place for non-mainstream science.

 

 

Not religion.

 

 

 

 

 

CC

 

 

 

.

[Garry Denke]

Sorry!

 

Translated from German

 

1886 history

University of Kiel

Whilhelm Frederick Denke, Sr

(1864-1936) vs.

Max Karl Ernst Ludwig Planck

(1858-1947) at

Christian-Albrechts-Universität zu Kiel

 

1886-2006 history

The cgs System of Units

 

Measurements 2006 (cgs)

hbar=9.6705522(32) x 10^-29 g-cm^2/s

(4pi)=1.256637061... x 10^1

e=4.8032042(73) x 10^-10 esu

e^2=2.3070771(29) x 10^-19 esu^2

c=2.99792458 x 10^10 cm/s

alpha=7.2973525(37) x 10^-3 sr

 

Denke (cgs)

e=[hbar*c/(4pi)]^1/2

hbar=(4pi)*e^2/c

c=(4pi)*e^2/hbar

(4pi)=hbar*c/e^2

 

Planck (cgs)

e=[hbar*alpha*c]^1/2

hbar=e^2/alpha*c

c=e^2/alpha*hbar

alpha=e^2/hbar*c

 

Conversions 2006 (SI)

hbar=9.6705522(32) x 10^-36 kg-m^2/s

(4pi)=1.256637061... x 10^1

e=1.6021764(87) x 10^-19 A-s

e^2=2.5669694(96) x 10^-38 A^2-s^2

c=2.99792458 x 10^8 m/s

alpha=7.2973525(37) x 10^-3 sr

 

Denke (SI)

e=(hbar/omega)^1/2

hbar=e^2*omega

omega=hbar/e^2

e=(hbar*electric*c)^1/2

hbar=e^2*/electric*c

electric=e^2/hbar*c

e=(hbar/magnetic*c)^1/2

hbar=e^2*magnetic*c

magnetic=hbar/e^2*c

 

Planck (SI)

e=[(4pi)*e0*hbar*alpha*c]^1/2

(4pi)=e^2/e0*hbar*alpha*c

e0=e^2/(4pi)*hbar*alpha*c

hbar=e^2/(4pi)*e0*alpha*c

alpha=e^2/(4pi)*e0*hbar*c

c=e^2/(4pi)*e0*hbar*alpha

 

GUT (SI)

hbar=e^2*omega

hbar=e^2/electric*c

hbar=e^2*magnetic*c

 

alpha=hbar/(2*h)

hbar=h*(2*alpha)

h=hbar/(2*alpha)

omega=hbar/e^2

hbar=e^2*omega

e^2=hbar/omega

 

Thanks!

[sanctus]

Colcreation is completely right.