Light's energy lie in two things: its frequency multiplied by Planck's constant. Its energy lie both in its wave oscillation and Planck's constant or H bar.
The equation is: light's energy = light frequency * Planck's constant
H bar or Planck's constant has two terms: an energy term and a time term.
Light energy varies when it traverses gravity in its different time rates. Going into it it becomes blue shifted. Going out of gravfity it is red shifted.
Its wavelength(frequency) stays the same but Planck's constant aquires a different time rate. When the time term slows Planck's constant aquires a slow time rate making it different.
Planck's constant in changing(slowing) time changes the energy of light but not its frequency. Slower time increases plancks constant and therefor light's energy.
If time slows there must be a fastest time to slow down. Planck's constant should be determined by fastest time rate or uncontracted time as its time term.
It is timerate from gravity in Planck's constant that shows the results by Pound Rebka.
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