Singularity-Katakamuna

Note on Katakamuna — The Third Verse: What the Equation Left Behind

In 1928, Paul Dirac completed an equation.


The equation described the motion of the electron. It returned two answers: positive energy and negative energy.

The problem was that no one could explain what an electron with negative energy would actually mean.

Science responded like this: it assumed that all negative-energy states were already filled, and named this the Dirac Sea. By declaring that what cannot be observed nonetheless exists — and exists in full — the Dirac equation was made to work.

The question was placed on a shelf.


Katakamuna reads this question from a different place.

The two answers returned by the Dirac equation — might these be a description of the duality between the ISR (Invisible Source Realm) and the VPR (Visible Phenomenal Realm)? If the positive energy is the electron appearing in the VPR, then the negative energy may be the supply potential from the ISR.

The answer placed on the shelf was not discarded. It may have been written in a different language.


Katakamuna Verse 03 describes this structure in 14 sonic elements.

FU TO TA MA NO MI MI KO TO FU TO MA NI NI

FU is duality — two opposing properties held in simultaneous existence.

TO is the point where they meet — where the vertical axis (ISR) and the horizontal axis (VPR) intersect. At this crossing point, energy from the invisible realm crosses dimensions and is converted into the phenomenal world.

TA-MA is the particle born from that conversion — the moment energy takes on form.

And FU TO MA NI — duality (FU) passes through the point of integration (TO), and is fixed (NI) into the phenomenal space (MA).

This is Katakamuna’s description of why the electron has continued its motion for 14 billion years.


Science continues to ask why energy is not lost.

Katakamuna reverses the question. If there is continuous supply from the ISR, it is self-evident that energy would not be lost. The question worth asking is not why it is not lost, but where it is supplied from.

The negative solution of the Dirac equation may have been pointing toward that source all along.


What science called inconvenient may have another reading.

One of those readings is here —

Read the full analysis → Katakamuna Verse Analysis Vol. 03

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