the paper

Where this is coming from

FOREWORD

I understand the audacity of the following statement, it borders on heresy.

Everything we thought about magnetism, has to be re-thought.

To suggest the base model of physics, the dipole, is not accurate is preposterous. We know it works. I would have to tear down the base model, rebuild it in such away that it would work, and add features that were previously unknown. I would have to explain away some unanswered questions and discover something new.

If I had to describe magnetism to someone I would have to be sure the person I was describing it to understood , in it's singularity, magnetism has no mass, just pure energy.

A magnet in itself is a singularity, however, it is also a collective item. It is made up of many magnets inside a magnet.

The singularity, in reality, is more like a duality. It has two distinct fields and a neutral, however, it is still a singularity, because one field can not exist without the other.

The closest thing I can equate magnetism to is pure white light, surrounded by two equal and distinctively separate driving forces. In this rendering , the equator would be the magnetic neutral, the two inner mesh spheres would be the driving forces and the outer mesh sphere would be the resultant perfect point of balance of both spheres.

My thoughts are these. At the inception, there was magnetism and magnetism is attractive. Magnetism also has two distinct and separate fields and a neutral zone. As the fields get stronger and stronger, the ultimate strengths would set off self annihilation and the resulting explosion , would send magnetized matter spinning into space in all directions. The magnetized matter gathers strength and mass by attracting space dust and debris until the matter and energy is so dense it explodes. The center of the resulting thermonuclear reaction would have the purity of light and be capable of creating matter itself, along ash and heavier particles. The ash and heavier particles are flung to the outer extents of the magnetic fields in, a gyroscopic effect at the magnetic equator.

The lighter elements such as air and water, are trapped under the heavier cloud of ash and space debris. Eventually, the heavier particles compress the lighter elements and periodically the air works it’s way through the water creating a path for the water to erode the ash and space debris which falls to it’s natural magnetic orbit forming mountains, flat lands, and the oceans. The rest is evolutionary history.

If these findings are followed, it would certainly explain how the compass works and why it goes null at the equator.

In the following renderings and actual pictures, the reader will be able to see a directional network of positive and negative forces, also a network of neutral zones and cross over points.

AN IN-DEPTH LOOK AT MAGNETISM

BY
ALAN STANIFORTH

How can one describe something you can not see!

Magnetism in any form, is one of the least understood forces of nature.

The traditional concept of pure magnetism, is known as a Dipole, meaning it has a north pole and a south pole with magnetic waves radiating from the north pole to the south pole, somewhat like an orange were the segments lines of the orange would be like the lines of the magnetic spectrum. As in this drawing.

We know that magnetism permeates the entire universe. It is present in tiniest molecular structure to the very soul of our being. Think of the progress mankind could make if we could find out more about the common bar magnet, or dipole as it is known in physics. Technology would leap into the 21st century.

To my knowledge, the best way to study magnetism is by studying the wave emitted from the common bar magnet. The wave can be studied with a flat viewing plate.The problem with a flat viewing plate is the waves are flat and hard to interpret. When studied in three dimension as in the following actual 3D pictures, one can get a much clearer view of magnetism.

Anyone with a knowledge of high school physics knows the basics of magnetism. Like poles repel, opposites attract. The magnetic field, as measured by the dipole theory has certain domains. We know that when a magnet is split into two pieces, we get two magnets of the same orientation. When it is split into a million pieces we get a million magnets, all of the same orientation. Hence the dipole, the base model of modern physics today. But when the magnet is split across the equatorial plane, the polarization reverses itself and the magnets will never fit together again.

A magnet, is a single magnetic unit. It is comprised of many single magnetic units. Collectively, it is still a single magnetic unit, (SMU). Each (SMU) has a north pole, a south pole, and a neutral zone.

Magnetism is attractive, in other words, north attracts south, south attracts north. Two magnets polarized in the same direction will attract north to south, as will 500 or 5 billion. That concept is known as the Dipole, a simple 1-2 switch, when used in computers it is known the binary code. when used in quantum physics we can explain the universe.

But there is a lot more to the simple 1-2 switch of a Dipole. The magnetic matrix consists of four numbers, a directional network of positive and negative forces along with neutral zones and crossover points.

Magnets come in all shapes and sizes. They can be flat, round, square or any other shape, but the theory is the same. When thinking of magnetism one should think of magnetism as a sphere somewhat like the earth itself. Bar magnets can be magnetized in many ways. For example, as a single field on a bar, or several fields on the same bar. A bar magnet with a single field can be magnetized one of two ways, as in this illustration.

For the pictures of the magnetic wave I have used magnets with a single magnetic field, orientated across the equatorial plane.

By using multiple magnets all oriented the same way, painting the magnetic north red, and the magnetic south white. The magnets align as in this drawing, somewhat like a horse shoe magnet straightened out. The magnets in this configuration can be shuffle at random but will always align as in the picture. However the magnets will align in other directions as well, and that is the point of this paper.