Superphysics
Magnetism
4 minutes • 710 words
Table of contents
Magnetism is the combined effect of 2 Layers:
| Layer | Job |
|---|---|
| Radiant | Provides the force |
| Material | Provides the avenues for the force |
We define magnetism as the tendency for materials to attract and repel independent of gravitation.
Magnetic force comes from energetic virtual photons (mor3) that tunnel into male and female (negative and positive) charges in matter to either repel or attract other matter.
Dipoles and Spin
The virtual photons transfer their energy to the particles or metals that have channels to allow them to pass through. This lets those particles or metals attract or repel others depending on the orientation of those channels.
Each channel has an entrance and exit, called poles. A magnet always has two poles, as dipoles, because that is the nature of a channel.
This magnetism also exposes the particle spin which is the rotation of that particle facilitated by the virtual photon.
The spin number is the ratio of virtual photons needed to rotate the particle. 1/2 spin means 2 virtual photons are needed for each rotation.
| Particle | Spin Number |
|---|---|
| Electron and Quanta | 1/2 (half-integer) |
| Substances | 3/2, 5/2 (half-integer) |
| Media | 1 (integer) |
Virtual Photons (mor3s) and Channels
Unlike gravity which is based on the displaced qosts (spacetime particles) by matter, magnetism uses mor3’s.
Virtual photons or mor3’s have a columnar shape. This is different from photons which are flat and therefore can only have a wave-shape. Space is full of these virtual photons that travel in straight lines.
These require channels in matter to flow through. Examples are:
| Object | Mechanism |
|---|---|
| Natural magnet | Natural channels |
| Electromagnet | Channels created by electricity |
| Superconductors | Channels created by coldness |
| Cling wrap | Static electricity acting as channels |
| Gecko feet | Electron density acting as channels |
Magnetic Fields: Divergence and Curl
A magnetic field is created by a 2-way channel (entrance and exit) in matter. An electron or substance such as a proton or neutron does not have a magnetic field because it only has a 1-way channel.
A circular field is created because there are an immense number of virtual photons. This causes a traffic jam at the poles or at the entrance and exit points.
This causes the exiting particles to go around where they are funneled back into where they entered. This flow is called the magnetic field.
- an entrance is called a negative divergence
- an exit is a positive divergence
The flow of the virtual photons in the magnetic field then has a direction called ‘curl’ by Physics:
- a positive curl is a clockwise rotation in the field
- a negative curl is an anticlockwise rotation
Metals that have channels that fall within this field will be pushed by the virtual photons towards the magnet in order to relieve the traffic jam, only to create a new one.
The more metals are added, the less straight the channels become. This reduces the power of the magnet.
Superconductors solve this by having very straight channels. Repulsion happens when the channels are opposed to each other.
Since it is from the Spatial Layer, it is subject to relationality which can have 4 viewpoints.
- Quantum Level
- Substance Level
- Version (chemical element) Level
- Material Level
In Cartesian Physics, the mechanism for magnetism is similar to that of light: There has to be straight, continuous channels which the virtual photons can pass through unimpeded.
- An alignment for virtual photons leads to magnetic bodies
- An alignment for photons leads to transparent bodies
Quantum Level Magnetism
In Physics, this is known as the magnetic moment of a particle. A particle has a magnetic moment if it has a hole where the mor3 can go through and facilitate a force.
Substance Level Magnetism
In Physics, this is known as orbital magnetism of atoms. This allows magnetism for certain versions of matter (elements).
Version Level Magnetism
This leads to ferromagnetic or antiferromagnetism based on the alignment of the channels.
Material Level Magnetism
In Physics, this is known as magnetic domains, which are channels in Cartesian Physics. This requires the domain or channel to be aligned.
A channel is made to align by putting it through a strong magnetic field.
What About Electromagnetism?
Electromagnetism is created when sor (electron-fluid or electricity) is made to flow through metals. This will be explained in Chapter 4 as an effect of electron flow.
