Let's say that during the creation of the universe, photons were at their highest frequency state. This means that they were moving at the speed of light. The equation for the sum of all photons when the universe was at its most energetic state would be:
E = h * f * N
where:
- E is the total energy of the photons
- h is Planck's constant
- f is the frequency of the photons
- N is the number of photons
The frequency of the photons at the beginning of the universe is unknown. However, we can estimate it by assuming that the photons were at the highest possible frequency. The highest possible frequency is the Planck frequency, which is approximately 10^43 Hz.
The number of photons in the universe is also unknown. However, we can estimate it by assuming that there are as many photons in the universe as there are atoms in the universe. The number of atoms in the universe is approximately 10^80.
If we plug in these values for the frequency and the number of photons, we get a total energy of approximately 10^122 J. This is an incredibly large amount of energy, and it is thought to be the source of the Big Bang.
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