Does your one-dimension static equation recognize three-dimension, color, taste, smells, temperature, pressure.....?

Reading this might help.

Article Intelligent Atom

Hi Sydney,

Thanks for the remarks.

For the Planck unit geometries you mentioned, I have moved the formulas to these wiki pages

https://en.wikiversity.org/wiki/Physical_constant_(anomaly)

https://en.wikiversity.org/wiki/Planck_units_(geometrical)

https://en.wikiversity.org/wiki/Electron_(mathematical)

To my mind, these anomalies in the dimensioned physical constants can only be explained by a simulation universe, would be interested in your thoughts on the subject.

I read the article by Fotini. He takes as a fundamental premise that quantum theories represent the base level, in my modeling the Planck scale is the base level, the quantum and macro levels emerge from this level, so you cannot apply quantum math to the Planck scale, rather the reverse. Indeed we should be talking about Planck mechanics, furthermore for me the Planck scale is discrete and so the math is quite simple, this is because there is no time dimension and so there is nothing to integrate.

I suggested (wiki sites) that at this Planck level the Planck units are geometrical objects that embed their function, the function time is embedded in the object T, the function length is embedded in the object L ... and so we can build the universe Lego-style. An apple has mass because embedded in the apple are these mass objects ... and so I am modeling the Planck scale using geometry.

I wrote a gravity simulation program that treats orbiting objects as the sum, averaged over time, of individual rotating particle to particle orbital pairs, this is because at the Planck scale planets, as we know them, don’t exist. When I used the electron and proton as my orbiting pair example, I got this spiral..., where the angles collapse to give the n levels, the perimeter gives the transition frequency. Weird. We write the n levels as n = 1, 2, 3... with (2)n^2 as the number of electrons that can fit, the spiral suggests that the n levels are 1, 4, 9 16 ...

https://en.wikiversity.org/wiki/Quantum_gravity_(Planck)#Atomic_orbitals

In summary, where Fotini sees the universe as a quantum computer, I see it as a Planck computer with the source code using geometry. Electrons orbit protons due to geometrical imperatives and so on ...

Cheers,

Malcolm