Why? Because it is a quantum phenomenon. It's quantum physics.

But what is the future of quantum levitation and quantum locking?

If you think you understand quantum theory, you don't understand quantum theory.

So, this is why we call this effect quantum levitation and quantum locking.

Thats's what Quantum Mechanics provides.

Japanese is a quantum language. It is to languages what quantum physic is to physics.

The cool thing about quantum information is that it takes a lot more classical information to describe the same system.

Different quantum states of an atom?

Comic books. Quantum physics video games.

The phenomenon you saw here for a brief moment is called quantum levitation and quantum locking.

And they're understanding more about quantum mathematics.

Quantum theory adds a whole new wrinkle.

You see, it's quantum locking, not levitation.

Well, that's what quantum mechanics teaches us.

For example, the study of quantum computation has provided a new and computational view point on quantum mechanics.

That's wrong because the theory is quantum mechanical.

But quantum theory adds a whole new wrinkle.

You're actually seeing and hearing quantum information flow.

The micro world of the quantum is understood.

You know, quantum mechanics these are cool things.

However, only recently, due to several technological advancements, we are now able to demonstrate to you quantum levitation and quantum locking.

So this is general relativity, this is quantum theory.

Theoretical Astrophysics Part Four, The Mathematics Of Quantum Mechanics.

But not here, because it is a quantum effect.

But at the end of a quantum algorithm, to get the access for this information you have to take a measurement which actually destroys the system.

We would have a whole new branch on quantum cryptography.

I'm here with Brielin Brown, who works on quantum computing.

Quantum physics actually has a lot to do with computing.

led to a revolutionary new physics theory called quantum mechanics.

I do now, after learning about all the quantum stuff.

And it turns out that they behave like quantum particles.

The energy of empty space brings to life quantum fluctuations.

Because if everything is made up of little particles and all the little particles follow quantum mechanics, then shouldn't everything just follow quantum mechanics?

Certainly, if you go down to the quantum level, that's true.

So Brielin, what does quantum physics have to do with computing?

So quantum mechanics says that inanimate objects feel the same way.

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It was begun with the invention of relativity theory and quantum theory.

Now what Quantum Mechanics allows and I should mention this quote of

The other fact is that in the ground state the lowest energy state of a quantum system the wave function is always very smooth it has the minimum number of wiggles.

Just like the particle that can go through 2 slits or any other quantum state a transistor can be on and off according to the laws of Quantum Mechanics.