To cure the point particle pathologies, physicists invented modern field theories, with impressive names such as quantum electrodynamics. But these theories turned out to be as riddled with infinities as their grandparents, and elaborate ad hoc schemes were invented to deal with the new problems encountered.

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

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

That's quantum mechanics.

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

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

Comic books. Quantum physics video games.

And they're understanding more about quantum mathematics.

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

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

The micro world of the quantum is understood.

You're actually seeing and hearing quantum information flow.

That's wrong because the theory is quantum mechanical.

Quantum mechanics tells us all possibilities are realized.

Yet the assumptions that quantum theory needs to make in order to deliver those predictions are so mysterious that even Feynman himself was moved to remark, If you think you understand quantum theory, you don't understand quantum theory.

But not here, because it is a quantum effect.

So this is general relativity, this is quantum theory.

The energy of empty space brings to life quantum fluctuations.

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

And it turns out that they behave like quantum particles.

Geometry, fantastic. You know, quantum mechanics these are cool things.

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

The mathematics of quantum mechanics very accurately describes how our universe works.

This quantum weirdness was first described by Erwin Schrödinger and his cat.

This means that quantum theory has got to be in some sense true.

It started with tiny quantum mechanical fluctuations, but expanding at a tremendous rate.

Even quantum mechanics can give you an excuse for bad housework, for instance.

So we get quantum locking. And let me show you how this works.

So, this is quantum locking actually locking three dimensional locking of the superconductor.

So, in quantum mechanics, of course, you have dark energy and dark matter.

This achievement represents that Micius has the ability to realize intercontinental quantum secure communication.

I have chosen to make silly jokes about quantum mechanics and the Copenhagen interpretation.

Unlike us, a hyper intelligent coral would be uniquely prepared to understand quantum mechanics.

So through quantum field theory, they manifest themselves as points and interact that way.

The quantum of each grant has been increased almost tenfold in the last year.

This is very important for the next step in simulating quantum computers and information technology.

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

It involves light cones and quantum entanglement, and I don't really understand any of that.

Superconductivity is a quantum state of matter, and it occurs only below a certain critical temperature.

There is also the uncertainty principle, which is part of quantum mechanics, as I understand it.

The mathematics of quantum mechanics tells us this is how the world works at tiny scales.

The way that silicon behaves, the fact that you can build transistors, is a purely quantum phenomenon.

Under extreme conditions, general relativity and quantum theory allow time to behave like another dimension of space.

We believe that quantum leaps are needed to make the transition to sustainable forms of industrial development.

Quantum leaps in information technology are a major vector in the globalization of world production and trade.