These are two magnets.

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.

As you're seeing this gel magnet for the first time, if you assume that all magnets had to be hard, then seeing this surprised you and it changed your understanding of the way magnets could work.

This is a permanent magnet.

Those magnets are in there.

Small pulley and two strong magnets.

TS Those are permanent magnets, yeah.

If you line the sides of the cabinets using the gel material if a cabinet slams shut it wouldn't make a loud noise, and in addition the magnets would draw the cabinets closed.

And those bumps act like a magnet for water.

Whenever current flows through the coil, this becomes an electromagnet.

In addition, you can see from the diagram on the right, the underpart of the slide would be an electromagnet.

TS The magnetic works are a combination of gravity and magnetism, so it's a kind of mixture of these ambient forces that influence everything.

We're sieving the material, we're using magnets, we're using air classification.

Now, I can extend this circular magnet, and make whatever track I want.

But with the pendulum, it allows me to manifest these invisible forces that are holding the magnets up.

And when I place it on top of a regular magnet, it just stays locked in midair.

So, we have quantum locking and we can levitate it on top of this magnet.

The force of the water rushing down, in addition to that repulsion force, would make this slide go faster than any slide on the market.

KS So I'm sure all you engineers know that even though aluminum is a metal, it's not a magnetic material. But something unexpected happens when you drop a magnet down an aluminum tube.

One the soft properties of the magnet that make it so that, if it were to hit the rider in the head, it wouldn't injure him.

Paper speakers What we're seeing here is just a piece of paper with some copper tape on it connected to an mp3 player and a magnet.

And we had custom espresso cups made that hide a magnet inside, and make those compasses go crazy, always centering on them.

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

And if you see those metal bits there those are huge magnets that bend electrically charged particles, so it can measure how fast they're traveling.

This is an MRI MRA MRV, a volumetric MRI.

But how many fluxons, how many magnetic strands are there in a single disk like this?

Here's the new project we're trying to create the first climbing search and rescue robot no suction or magnets that can only move on limited kinds of surfaces.

Create a startup disk using a CD or disc image

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

Disks

It doesn't emit in the electromagnetic spectrum. It doesn't reflect.

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

अवश य ह हर व यक त क अध क र ह क वह द न य म कह भ ब हतर ज दग ज सक . हम समझत ह क व क य ज त ह . च म बक क तरह अवसर प रत भ क अपन ओर ख चत ह .

Yousef Mohammed In other words, we're treating electricity with electricity, rather than treating electricity with the chemicals that we're using nowadays.

Disk Management

I buy tapes.

It's by smithing that one becomes a blacksmith.

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

(d) Audio and video cassettes, diskettes, microfiche slides and photographs, including negatives.

Mount Disk Images

(c) Mission IBIZA registration of the plasma accelerated in the geomagnetic auroral regions, interaction of ionized particles with the ionosphere and magnetosphere of Earth, creation of electromagnetic disturbances

Doesn't matter if we turn the whole of space around by some angle, it doesn't leave the doesn't change the phenomenon of electricity or magnetism.

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Disk Image Mounter

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.