The Shapes of the Particles

Chapter 1 introduced the idea of abstract particle shapes which are different from actual physical point particles.

These shapes come from the belligerence between the 2 Forces, the same principle that gives ‘shapes’ and ‘spin’ to ideas.

An idea can be:

• big or small
• powerful and viral, or weak and insignificant

Likewise, particles in the abstract can be:

• big or small
• have strong or weak spins

In the West, the concept of abstract shapes having physical effects was first known through Pythagoras. His ideas influenced Plato, leading to the Platonic solids.

In Asia, this concept is:

• in mandalas and yantras in Hinduism
• in i-ching and bagua and in Taoism

The Abstract Shapes of the 5 Elements

We apply the concept of abstract shapes to the quanta of the MSQ Model of the 5 Layers which was fully explained by Euclid in his book aptly called The Elements.

Shallow people judge with their eyes and thought that Euclid was explaining visual shapes.

• And so they think his book was about shapes.

In reality, he was talking about the dynamics of the 5 Elements. Kepler and Descartes did the same in an indirect way.

How it Works

The Euclidean Postulates can be suummed up in a few words:

1. Point to Point

We interpret this as the aether particle.

2. Infinite Line

We interpret this as the finite aetherspace that can extend indefintely.

3. Circle

We interpret this as the “round” action of photons which are shaped as circle in a line.

4. Right Angles

We interpret this as the left and right handed spin of the Weak Interaction

5. Meeting at a Point

We interpret this as the triangle created by gluon flux tubes (3 aetherspace particles).

Particles are divided into force and nonforce.

• Force particles are bolts or screws
• Nonforce particles are nuts or washers

They are small columns, hollowed out with 3 spirals like screw-threads. This lets them pass through those narrow passages while twisting

R

Rene Descartes Principia Philosophia, Part 3, Article 87

Force particles drill through non-force particles which we can call receivers.

• Motion and spin comes from force particles that are transferred to receivers

These shape-based conceptions allow us to define quantal and substantial phenomena.

Particle Shapes Describe Particle Mechanics Better

This visualization will help us intuitively think of particle interactions.

Particle shapes remove the need for Feymann diagrams. This is because Feynman used action principles to trace paths in quantum mechanics.

But the problem is that particle paths are the effect of particle spin. So we use particle shapes to describe the spin that will necessarily lead to paths.

This is how meteorologists plot typhoon movement from their eye.