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!
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!
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