How does one derive the Planck-Einstein relation (E= hf) from the total energy (H) equation and from the Schrödinger equation?

**P.E.** indicates potential energy, and **K.E**. indicates kinetic energy. And **H** indicates the Hamiltonian…

Hopefully, we can produce an affirmative answer to our question soon. And that question is a good start in our quest to advance the theory of energy.

Good luck! 🙂

**Hints**: Think massless or *almost* massless photons. Think **L**agrangian which is defined as Kinetic Energy (**K.E**.) – Potential Energy (**P.E.**) And finally, think the theory of relativity.

**Remark**: Gravity (spacetime) is quantized! Amen! 🙂

Relevant Reference Link:

https://www.researchgate.net/profile/David_Cole29.

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Published by Dave

I am currently a science researcher at researchgate.net (https://www.researchgate.net/profile/David_Cole29).
My interests include number theory, mathematical analysis, and energy theory (physics)...
And we (Cole, Montgomery, Lagarias, Odlyzko, Hardy, Riemann, Gauss, and other mathematicians) proved the Riemann Hypothesis! 🙂
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