Magnetic Fields, Morality, and a Magnet Visualization Experiment

We have got to keep the laws of nature,

and these in turn are the laws of God, or the magnetic field

fails.

It can fail because of physical intemperances, which

reduce its integrity and reduce its power.

It can be wasted in riotous living, which is a common cause these

days.

It can be variously destroyed by moods,

by attitudes, by fears, by complexes.

It can be destroyed or damaged by alcohol, drugs, narcotics,

all kinds of things. But if this field is

damaged, it immediately reacts into hell.

It damages the individual's vitality.

It makes him more easily subject to contagions and

infections, and it definitely shortens the life

expectancy.

Now, if this is so,

why do we want to consider it as a

moral factor? In other words, what is morality?

It is obedience with the evident will of deity as

manifested in creation.

Virtue lies in whatever builds up the magnetic fields.

Vice is that which tears them down.

Therefore, if we are good, it's not because the book says we should

be.

It's not because it was thundered by the laws on Sinai.

It is because we keep the rules of the integration of the human

structure,

that we use the magnetic fields correctly

and protect our health and our happiness and our well-being

in that way.

Now, we think of the magnetic field as

surrounding the entire structure of the

body, as Kilner shows. This, however, is only a phase of it.

Each part of the body has a magnetic field.

It is in the tiniest atom. There is no such thing as a dead

particle in the universe. Therefore, we are confronted with the

natural problem of realizing that virtue is to

keep the law of the energy field.

The energy field is what establishes right and wrong.

The energy field tells us that to lose our

disposition and temper is wrong.

To

use various negative, destructive attitudes is wrong.

To compromise the principles of right living is wrong.

To think badly, to feel unpleasantly, to be

engaged in any action or concept which is

contrary to the common good damages the magnetic

field and therefore is wrong.

Selfishness injures that field. Every vice we know,

the breaking of any of the Ten Commandments and a number of other rules,

could result in damage to that field.

Because the final code itself is based upon the life

principle in each part of the human constitution.

By the way, the supercell here is just two optical flat pieces of glass,

a couple

drops of liquids, and a ring with LED lighting.

I have built a supercell using sunlight, and it works exactly the same.

You're not actually seeing the LED lights underneath the supercell.

Here I have a little cylinder magnet.

So let's take a close look, and

I'm going to end up having to reconstruct this cell after this is over with.

Everywhere you actually see light bands is where we

have constructive magnetism. Everywhere we see dark,

we see the dielectric.

Magnetism is the dielectric field.

That would be like saying ice is the field of water under a

different temperature modality.

Ice and water and steam are all three one and the same things.

If we actually look here, and I'll put the magnet end on one of its

poles. And by the way, a magnet doesn't actually have poles.

It has the inverse of counterspace.

Right here along the middle of this nice little bright band

at the midpoint, there is no magnetism at the center of this

magnet.

Everywhere we have the opposite of the actual physical mass of

the magnet, we have the absence of magnetism.

Magnetism is the dielectric field.

Loss of that energy or inertia manifests as magnetism.

The reason why we actually have two big dark spots here, by the way, people say

this always looks like an owl's face. It kind of does.

We actually have the dielectric portals to counterspace, which is at the

midpoint between the magnetic fields.

We're looking at the cross-section of, if we were to look at it the other way,

of a

torus or a donut. We're actually looking at the increasing

inertia and

acceleration of the hyperboloid.

There's also some banding right here, and I'll put the magnet on end.

And that's a powerful little cylinder magnet.

Okay, let's look at the banding here and explain this.

And this is the reason why a magnet doesn't have magnetism.

People think a magnet, well, that just means it has magnetism.

And they're fun to play with, and they have a field that's ab extra

and abnormal to

the physical object of the magnet itself.

But what defines a magnet is not quantitative, it is qualitative.

I've explained this in many countless videos.

If we take a look at the banding here, this is Mother Nature's pressure mediation

of the magnetic and the dielectric.

The magnetic and the dielectric are both one and the same thing.

They're just different field modality expressions of the

ether. And what defines a field is an ether

perturbation modality. Magnetism is the ether perturbation modality

specific to the loss of that energy which manifests as centrifugal

force in motion. Here, of course, we actually have

the dark center of the dielectric portal leading to the center of the magnet where

there is no magnetism, i.e. the plane of inertia, or counterspace.

Because a magnet is an incommensurable object.

The incommensurability of the field is what defines the magnet.

And that is qualitative, not quantitative.

A magnet is not created by a quantitative difference.

It is changed by a qualitative nature of it being an incommensurable point source.

Here you'll actually see a white band around the outside of the periphery of the

magnet. And that is the actual physical periphery

of the

magnet.

If you were to take a bowl of water

and, uh, fill it halfway full and spin the bowl,

you would notice that the water would, uh, slosh out,

uh, around, uh, the periphery

of the bowl, and that would be analogous to the magnetism.

That's this white or bright band

here at the center

of the magnet. This, uh, supercell is starting to fail.

You see the image is slightly fuzzy because the mag--

the ferromagnetic particles

are starting to clump

in the supercell. And we actually have, uh, this dark zone

immediately inside the bright zone of the outside.

That is where the dielectric is overtaken.

We actually have, uh, destructive interference where the

dielectric

is, uh, predominant. Centrifugal divergence,

centripetal convergence. So let's take a look at what this magnet

looks like. Now, there's two types of geometry in the

universe, and only two:

field geometry and physical geometry. Okay?

Only those two.

One defines the other, and the other defines the other.

Sound kinda convoluted? Not really.

Once again, let's define the torus and the hyperbola.

You see that spirograph pattern? It's the same thing you'll see underneath

the

ferrocell when you put a magnet underneath it.

So what's the inverse of this torus, this donut shape?

Okay.

It's the hyperboloid. Just like this hourglass shape, okay?

So let's insert the hyperboloid,

a negative image,

which is not so easy to do.

Not while I'm messing with the camera, anyway. Ta-da, there we go.

The inverse image of

force in motion, inertia in acceleration.

Now, to see this really, we'd actually have to have multiple layers

of these, of

the same thing, force in motion, and multiple layers of inertia in

acceleration,

but ultimately irreducible to this one thing only.

You see this?

Hyperboloid.

Force in motion, inertia in acceleration.

You can think of this bubble as the shower sprout, the, the shower head,

excuse me, and these two as the drain. Okay?

This is the only way Mother Nature knows how to work.

She only works off two principles, force in motion, inertia in acceleration.

They're both one and the same thing, which is inertia and the loss of that

inertia. And the loss of that inertia was the discovery I made that the

ancient Pythagoreans