Superphysics Superphysics
Chapter 3c

Electromagnetism or Vortex Magnetism

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December 29, 2024 2 minutes  • 301 words
Table of contents

There are 2 kinds of magnetism based on layer:

  1. Vortexless or Material Magnetism

This is natural magnets in the material layer caused by natural channels in metals.

This is created by:

  • the natural channels in ferromagnets
    • Ferromagnets have channels because they do not close
  • the alignment of magnetic domains in metals
    • A channel can align by putting it through a strong magnetic field.
  1. Vortex Magnetism or Electromagnetism

This is created by:

  • the magnetic moment of particle
    • This is from the channels formed by the spinning particle
  • the orbital magnetism of atoms
    • This is from the channels formed by orbital movement
Object Mechanism
Magnetic Moment Hole or Gap in Particles
Electromagnet Channels created by electricity
Superconductors Channels created by coldness
Cling wrap Static electricity acting as channels
Gecko feet Electron density acting as channels
Magnet

Magnetic Fields: Divergence and Curl

A magnetic field is created by a channel in matter. The entrance and exit of the channel are the 2 poles.

This channel allows virtual photons to enter from one side and exit the other. This creates:

  • a low pressure at the entrance, called a negative divergence, and inside the channel
  • a high pressure at the exit, called a positive divergence

The virtual photons at the exit go back the lowest pressure at the entrance in order to equalize the imbalance the pressures.

  • This creates a flowing circular pattern called ‘curl’ that is part of a magnetic field in Physics.
  • a positive curl is a clockwise rotation in the field
  • a negative curl is an anticlockwise rotation

The Lesser Magnetic Forces

The attractive and repulsive forces done through virtual photons and electrons of the Radiant Layer produce the following foces:

Force Description
Electromotive Force (EMF) Conversion of energy to electrical energy via electrons
Van der Waals Force The magnetic effect by static electricity

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