How to pronounce “quantize” in English

More different than just positive and negative charge.a quantized charge. And so, one can assign quantification of that, like are we moving towards a trend of other things being considered like, rayified,

The angular momentum is equal to NH over two pi.That is precisely Bohr's quantized angular momentum condition.But now we have a good physical reason why it's quantized.

And this 1/2 is the crucial idea, that a Majorana particle, being half of a regular particle, it should display-- whereas, regular particle display integer quantized step,Majorana particle should give you half quantized step.So that is really a smoking gun.

about the work, the more it accumulated value so the same thing happened with Facebook or Google or any of these kind of things. You're looking at an overlapof social systems then becoming quantized and being able to have metrics to measure that value and it's about the buzz of something. So Nauru versus Vanuatu;utopia versus dystopia; the idea of how we navigate network systems socially. So in our culture in the US, we are now really, really, really everyone is

that you get by piling up billions and billions of gravitons but individual gravitons remain elusive so part of thisis part of the problem that we cannot successfully quantize gravity we have a very successful picture of the standardmodel of particle physics based on quantum mechanics gravity doesn't fit into that picture not yet anyway so we

That is precisely Bohr's quantized angular momentum condition.But now we have a good physical reason why it's quantized.Because electrons are waves and they must exist as standing waves to be bound in atoms because they want to have constructive interference, have a stable orbit back.

matching that of reality. So you've made a prediction, but then there's a little bit left, and that's what's known as the residual. This is stored in the frequencydomain, and these are quantized to decompact their space.We then need to do the inverse transform to bring them back to the spatial domain and apply these residuals.

which is what he was talking about at the time-- can only be explained if you think of light as being made of particles.So quantum mechanics says that all energy is quantized.Light is a form of energy.

And that's the spooky action at a distance that he invented.with some classical description, and then they quantize it.

And that's the spooky action at a distance that he invented.In other words, don't quantize gravity in the sense of starting with some classical model and turning it into a quantum theory.

all think that there is something called the graviton we've never observed an individual graviton yet then you have the higs boson this is another particlethat is part of the standard model of particle physics and it is easy to quantize it's easy to fit into thesystem the only problem is we haven't found it yet this is a big ongoing experimental project to actually find the higs boson it could be that it's not

This comes out of nowhere.There seems like absolutely no good reason why angular momentum should be quantized.But by doing it, Bohr finds the correct energy levels of the hydrogen atom.

And that's the spooky action at a distance that he invented.Presumably that's cheating. Presumably nature doesn't start with a classical theory and quantize it.

And that's the spooky action at a distance that he invented.We can put it into our black box, and we can quantize it, and we get a terrible mess.

I assume all of you guys have worked in teams in your life.Why? Because that unit then forces you to re-quantize computational knowledge and know how.

I assume all of you guys have worked in teams in your life.And that means that in our society and our economy, we have to re-quantize these computational networks of firms.

Let's do this.OK, so now all I got to do is you go here, you quantize the music so that it's on beat.

And this granularity, it's all over.I mean, for instance, the energy of the atoms, it's quantized so that it's a quanta of energy,grains of energy, angular momentum for anything.

Every elementary particle comes with a quantity called spin, which is really just like the spin of the Earth or a spinning top or anything like that.Except, when you get down to that microscopic realm, spin comes in definite, quantized values.So the spin of the Higgs boson is exactly 0.

So somehow, this Majorana particle is half of a regular particle.So the regular particle has some phenomena of their conductance, like the resistance or conductance we usually measure can be quantized in units of 0, 1, 2, 3, and so on.So they behave like integers in a quantization step.

And lo and behold, besides this integer step at 1, something at 0, you see there's a step at 1/2.And this 1/2 is the crucial idea, that a Majorana particle, being half of a regular particle, it should display-- whereas, regular particle display integer quantized step,Majorana particle should give you half quantized step.

So the regular particle has some phenomena of their conductance, like the resistance or conductance we usually measure can be quantized in units of 0, 1, 2, 3, and so on.So they behave like integers in a quantization step.So we once had a Eureka moment that, if the Majorana particle is in some sense half of a regular particle, then