And actually, the magnetic fields we're using are basically about the same as the Earth's magnetic field.

So what it actually does, it locks these strands, which are called fluxons, and it locks these fluxons in place.

There aren't electric fields here. It's a magnetic field.

One hundred billion strands of magnetic field inside this three inch disk.

It creates a magnetic field here.

And electric fields are not magnetism.

We call this crustal magnetism.

Lines, of course, would be cut, the force will be generated.

It's sort of surfing on a magnetic field at the crest of a wave.

There will be a spinning magnetic field.

It causes one to be created out here.

It will cause one to get created on the other side.

They can sense the magnetic fields of the earth.

So, chemistry is dominated by the electromagnetic force.

We live in a magnetic field.

You know, the force responsible for electricity and magnetic attraction and so forth.

MRI is using magnetic fields and radio frequencies to scan the brain, or any part of the body.

But then what's going to happen is, it will create a field.

The only magnetism comes from electric charges and currents.

We hold it with a magnetic field.

You won't be surprised to hear that if I take this circular magnet, in which the magnetic field is the same all around, the superconductor will be able to freely rotate around the axis of the magnet.

(f) Iskazhenie study with magnetometric sensors of the influence of magnetic fields inside the ISS on the precision of its orientation

So, maybe we're in the throes of it.

But that's not all, because superconductors don't like magnetic fields.

Scientists think now our magnetic field may be diminished by about five percent.

So there is no physical force, just a magnetic pulse.

Within the first second, energy itself shatters into distinct forces including electromagnetism and gravity.

Except there is a slight tether here, which keeps it from going over the top of its field.

The zapper creates a magnetic field to counteract that.

The augmented equations, today known as the Maxwell equations, described a unified theory of electricity and magnetism. The new equations showed that light is a moving, self renewing disturbance in electrical and magnetic fields, and they predicted that new kinds of disturbances are possible.

Now when you're in an fMRI scanner, you're in a big magnet that's aligning your molecules in certain areas.

And these strands of magnetic field inside the superconductor, they come in discrete quantities.

This is strands of magnetic field. These are not particles, but they behave like particles.

Now, the combination of both effects the expulsion of magnetic fields and zero electrical resistance is exactly a superconductor.

So this is just floating, floating on a permanent magnetic field, which stabilizes it in all directions.

The next second equation says that there is no magnetism other than that.

The last two, the first equation says that electric charges and currents give rise to all the electric and magnetic fields.

That coil is connected to an R.F. amplifier that creates a high frequency oscillating magnetic field.

But what happens to the superconductor when we put it inside a magnetic field?

And then what you do is, you start out with electricity, turn it into magnetic field, take that magnetic field, turn it back into electricity, and then you can use it.

And these tin particles were deposited on the tape heads and were crashing the tape heads.

We have an electromagnetic field around the Earth, and it's constantly bombarded by high energy particles, like protons.

These freckles are called sunspots, and they are just one of the manifestations of the Sun's magnetic field.

Simultaneous measurements were made of electric and magnetic fields, particle distributions, plasma composition and waves, as well as imaging in the ultraviolet of the aurora variations.

As these winds travel across the stars' magnetic fields, they enact a braking effect on the stars.