How to pronounce “entanglement” in English

Entanglement is a relationship that quantum particles can share and classical particles can't.

Entanglement creates strong correlations between measurement outcomes.

Entanglement can be "burned," but classical information can't.

Entanglement is a dance for three, not for two.

Entanglement in fishing gear, where over 300,000 whales, dolphins and porpoises die every year for our love of seafood.

entanglements with these chatbots who will never, you know, tell them that they're wrong.

So entanglement serves as sort of thermodynamic fuel when combined with heat.

An entanglement with earth.

This is called entanglement.

We can use entanglement as a resource in refrigeration.

That's entanglement.

What about quantum entanglement?

You can have entanglement between them, which are truly important quantum effects.

And that entanglement leads to longer term relationships of various sorts.

see the entanglements, see what we're measuring wrong, forgive them, make a

You still have entanglements or things where they'll need to be freed, but there's not a direct and there isn't too much of any sort of black market activity going on.

This is what we mean by entanglement.

But when it comes to entanglement, the whole is greater than the sum of its parts.

Scientists and engineers are now leveraging entanglement in quantum information science.

So let me mention what entanglement says.

And so the origin of entanglement was in Einstein's effort to show that quantum mechanics couldn't be complete as yet.

So I prefer the concept of entanglement to globalization.

The EPR paper was the first to consider the idea of entanglement.

These days, entanglement is a core feature of quantum mechanics, but Einstein had been first to even point out entanglement existed.

The siblings can perform some operation on their particles that creates entanglement between them.

And the other point that he wanted to emphasize was entanglement-- again, a feature of quantum mechanics, not anything that he added to the theory.

In other words, entanglement of life is endless and infinite.

How do negotiation strategies and tactics change when there is emotional entanglement with your adversary such as your spouse?

And you really just think about it as a romantic entanglement thing.

That's the weirdness that is at the heart of this entanglement experiment.

But the domestication of plants and animals is an example of entanglement.

and the refinement of individual meditation can help cut through this entanglement that we were talking about.

Entanglement is also susceptible to decoherence.

"It has proved easier to manipulate superposition than entanglement for computing purposes.

couldn't quite get the technology for quantum entanglement like we thought -- I accept that kind of failure; that happens.

And so those questions, like that entanglement of there's something that you own, there's a platform that's emerging.

Once you see that, all the drama and entanglement of applying for college

And he was the first to appreciate in 1935 the importance of entanglement.

Could quantum phenomena, such as entanglement, benefit a quantum fridge as they benefit quantum computers?

So quantum phenomena, such as entanglement, can serve as resources in thermodynamics, in gaining work, as well as in information processing

Do you think advancement in research in areas such as quantum superpositioning and quantum entanglement could prove that we are in a simulation?

And a couple of the big mysteries are quantum indeterminacy and quantum entanglement.

with the one that concerned Einstein, quantum entanglement.

OK, so that is quantum entanglement.

But it's understanding it as a deeply human practice built on this human entanglement and this possibility for freedom.

We're worried about these kind of issues; entanglement, by catch, garbage in the ocean,

But in the intervening decades between Einstein's work and Bell's between 1935 and 1964, entanglement had become a serious topic of study.

He discovered two of the most important aspects of quantum mechanics, entanglement, and non-locality.

The chip needs to be at low temperatures to support quantum behaviors, such as entanglement.