For a 360° phase shift or one cycle of the Planck frequency, the energy involved is about 6.67×10⁻³⁵ Joules. Therefore, for a 1° phase shift of the Planck frequency, the energy involved is about 1.852 × 10⁻³⁷ Joules. This aligns with the idea that at the Planck scale, where frequencies and energies are incredibly high, the energy associated with even a single cycle or phase shift is remarkably small according to our current understanding of physics.
In terms of the Planck frequency, the energy associated with a 1° phase shift represents an incredibly minute and fundamental unit. Therefore, it is reasonable to consider a 1° phase shift as one of the smallest meaningful mathematical expressions, at the Planck scale, indicating a discrete and fundamental change in the structure of quantum mechanics. This scale is where our current physical understanding meets the limitations of our measurements and observations due to the complexity of quantum physics.
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