Interesting energy representations

The Theory of General Relativity

The popular Einstein's equation from the Theory of General Relativityarrow-up-right, establishes a 1:1 relation between energy and mass.

Here, c is one of the universal hard-coded constants of this reality, encoding the speed of light:

E=mc2E = m c^2

The Theory of Special Relativity

Lorentz Special Reality arrow-up-rightestablishes equations that define a 1:1 relation between energy and frequency ω (the inverse of wavelength) for light (photons).

Here, ♄ is the Planck constant over 2πarrow-up-right (another of the universal hard-coded constants of this reality):

E=ωE = ♄ ω

The Uncertainty Principle

One of the most interesting results from quantum mechanics, the Uncertainty Principlearrow-up-right, is an extension of the fact that, ultimately, everything can be expressed as energy in this game:

ΔxΔp/2Δx Δp ≥ ♄/2
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Attentive readers with an Astrology background will notice the similarity between the Planck Constant (one of the pillars of the hard science of Quantum Mechanics) and Saturn's symbol. Dr. Max Planck was a magickian as well.

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