Quantum in sentence

377 examples of Quantum in a sentence

But what this cataclysmic eruption leaves behind might be even more remarkable: a ball of matter so dense that atomic electrons collapse from their quantum orbits into the depths of atomic nuclei.

It spanned everything from chaos math and quantum physics to fantasy role-playing and the Gaia hypothesis, right?

And when I was a second-year undergraduate studying physics at Cambridge, I remember spending an afternoon at Nana's house in Urmston studying quantum mechanics.

I said, "It's quantum mechanics, Nana."

There's quantum mechanics down in that corner, it's very small, it's very weird, it happens very quickly, and it's a long way down in the general ... on the scale of anything that matters for everyday life.

And it's really important, because there's all this talk about technology, we've heard talks about quantum computing and all these mysterious, far-off things.

They might discover some new quantum mechanics, but apples right here are still going to fall down.

It was the craziest thing, guys, but when it came to my influence and my exposure, I literally took a quantum leap.

But what if you could play this game on a quantum computer?

Now, Las Vegas casinos do not have quantum computers, as far as I know, but IBM has built a working quantum computer.

But what is a quantum computer?

Well, quantum physics describes the behavior of atoms and fundamental particles, like electrons and photons.

So a quantum computer operates by controlling the behavior of these particles, but in a way that is completely different from our regular computers.

So a quantum computer is not just a more powerful version of our current computers, just like a light bulb is not a more powerful candle.

Similarly, a quantum computer is a new kind of device, based on the science of quantum physics, and just like a light bulb transformed society, quantum computers have the potential to impact so many aspects of our lives, including our security needs, our health care and even the internet.

So companies all around the world are working to build these devices, and to see what the excitement is all about, let's play our game on a quantum computer.

So I can log into IBM's quantum computer from right here, which means I can play the game remotely, and so can you.

That means we can play 372 games against the quantum computer using your choices.

It seems like magic or cheating, but actually, it's just quantum physics in action.

A quantum computer is completely different.

A quantum bit has a more fluid, nonbinary identity.

So during the game, the quantum computer creates this fluid combination of heads and tails, zero and one, so that no matter what the player does, flip or no flip, the superposition remains intact.

Whether or not you stir, the fluids remain in a mixture, but in its final move, the quantum computer can unmix the zero and one, perfectly recovering heads so that you lose every time.

We do not experience this fluid quantum reality in our everyday lives.

So if you are confused by quantum, don't worry, you're getting it.

But even though we don't experience quantum strangeness, we can see its very real effects in action.

The quantum computer won because it harnessed superposition and uncertainty, and these quantum properties are powerful, not just to win coin games, but also to build future quantum technologies.

First of all, quantum uncertainty could be used to create private keys for encrypting messages sent from one location to another so that hackers could not secretly copy the key perfectly, because of quantum uncertainty.

They would have to break the laws of quantum physics to hack the key.

Just imagine the impact quantum encryption could have in the future.

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