Chapter 3c

Notating the MSQ Classification

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by Juan
3 min read 602 words
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The most confusing thing about modern Physics is the messy classification of particles into Hadrons, Baryons, Mesons, Leptons, Fermions, and Bosons.

The problem began when physicists started smashing atoms.

  • Before this, particles were much simpler, as being electrons, neutrons or protons.
  • Smashing atoms revealed subatomic particles which then had to be classified.

Modern Physics did not know the ancient Physics concept of the 5 Elements.

Instead, they only knew Electromagnetism as the supreme principle. This is:

  • the Fire Element in the ancient Physics
  • the 1st Element in Cartesian Physics

‘Spin’ is the most obvious property of Electromagnetism and so they ended up classifying subatomic particles:

  • based on spin (as fermions, bosons, and leptons) or
  • based on quarks (as hadrons, baryons, mesons)

These classify an even messier naming convention of particles:

  • Greek-based such as Proton, Electron, Tau
  • Person such as Fermion, Boson, Higgs
  • Silly such as Quark, Gluon, Up, Down, Charm, Strange

Overhauling the Particles

We fix this to make their naming more intuitive and therefore easier to remember, by basing it on the ancient system as intended by Rene Descartes who was the author of Physics before Newton.

This system divides everything in the universe as either a quantum-substance or a medium.

  • The medium is where force works through.
  • The substance is the discrete identity that reacts to the force.
  • The quantum is the smallest unit of substance.

The Graviton, Electromagnetic, Weak, and Strong Forces are replaced with Spacetime, Radiance, Convertible, and Material Layers.

Each Layer has a representative quantum-substance and a representative medium.

For example:

  • electrons represent the Radiant Element and is therefore renamed as “qor” or quantum of radiance
  • light is the medium of Radiance and so photons are renamed into “mor” or medium of radiance
  • neutrons represent the Convertible Element and becomes “qoc”
  • the W+, W- and Z bosons become “moc3”, “moc2”, and “moc1” respectively.

The same convention is applied to all the other Layers. In this way, people only need to know the 5 layer names.

Polarity Instead of Electromagnetic Charges

Charges in Physics are denoted as positive + or negative -, from Benjamin Franklin.

We replace this with male and female polarity.

  • The North Pole of a Magnet is a male pole
  • The South Pole is a female pole
  • Negative charge is a masculine abundance
  • Positive charge is a lack of masculinity
  • Neutral charge is hermaphroditic, being neither male nor female
Charges of Particles
Physics Superphysics Example
Negative - Male qor (electron)
Positive + Female som (proton)
Neutral Neutral soc (neutron)

In this way, beta decay is denoted as:

soc → som + qor + -qoc1

Here, the convertible substance transforms into material, radiant, and anti-convertible quanta.

Antimatter

Antimatter is a counterspin, denoted with a negative sign in the front since the male symbol already denotes negative charge. This is different from Physics which is in a superscript.

Physics Superphysics
Antimatter - Antimatter -
Matter + Matter +

Overhauling The Chemical Elements

The future discovery of the aether will lead to the creation or discovery of many more chemical combinations. This would overwhelm the mind with so many new names.

This is why we simplify the naming of chemical elements by reducing superfluous data.*

Superphysics Note
We did this with news articles via bullet-style writing, which is a kind of dimensionality reduction of data

We rename them into their atomic number representing their Version of Matter (to be discussed in the part on the Material Layer).

  • Hydrogen is 1
  • Oxygen is 8
  • Water becomes 1(2)-8
  • Table salt is 11-17
Name Chemistry Superphysics
Hydrogen H 1 or “v1”
Water H2O 1(2)-8 or “1-duo-8”

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