h = Planck's constant
f = frequency
t = time (one second)
n = integer (for number of events)
When it was decided that hf equals energy, there was one thing that was wrong. The true energy is h, Planck's constant for one wave passage of light. Therefore, it is hn, where n is the number of passages of waves in one second, that is energy. By using hf as energy, a time division has been established, making hf actually power. By definition, power is energy divided by time. So:
1. Planck's constant, h, is energy and hn is energy.
2. Frequency, f, equals n/t.
3. Therefore the quantity hf is hn/t which is power.
4. Red shift is actually a lengthening of the distance between passages of light half-waves.
5. This lengthening means that light waves arrive more slowly at destination but each wave still has the same energy.
6. Therefore, the same energy ultimately arrives, but more slowly - so the energy is not lost, but the power is reduced.
7. Energy is conserved because it did not leave - it just took longer to arrive.
Legend
c = speed of light
t = time which is one second
n = number of passages of a light wave
f = n/t = frequency
m = nether mass being accelerated during the passage of one light half-wave
a = c/t = acceleration of nether during the passage of one light half-wave
tp = time that nether mass is accelerated during the passage of one light half-wave
d = ctp/2 = distance nether mass is accelerated during the passage of one light half-wave
h = Planck's constant = the energy in the passage of one light wave
h/2 = the energy in the passage of one light half-wave
Derivations
h/2 = mad from the equation for kinetic energy
h/2 = m(c/t)(ctp/2) substitution
h/2 = mc2(tp/t)/2 simplifying
h = mc2(tp/t) Multiplying both sides by 2
hn = amount of energy energy in n passages of a light wave
hf = h(n/t) = power delivered in one second
hf/c = mc(tp/t)/t = what appeared to be momentum because the final dividing t is "invisible" being equal to one