How to pronounce“amplitudes”in English

amplitudes for different things to happen but yet our thread of consciousness operates as if definite things are happening but to linger on

And so we just extract the amplitudes and the frequencies and we send that.

and sines and cosines with certain frequencies and amplitudes.

And notice those ranges overlap a little bit and the amplitudes or the maximum sensitivity of the three kinds

mathematics of quantum mechanics is all about they just these amplitudes for different things to happen then there's this thing of and then we make a

quantum mechanics is a theory of how Quantum amplitudes work that more or less give you the probabilities of things happening and it's the theory of quantum measurement which is the theory of how

Well, you just add up the amplitudes of the waves going through each of the three slits, and you can work out the probability.

We know that music is a sum of regular waves of different frequencies and different amplitudes.

Because you draw on the amplitudes and the strengths of one another.

be represented by a sum of signs and Co signs of different periods amplitudes and phases so it could have worked arbitrarily well but other data you know

we actually conclude definite things because the mathematics just gives you these Quantum amplitudes which are more or less probabilities of things

so first of all just just to finish the thought about Quantum amplitudes the the incredibly beautiful thing just this is just I'm just very excited about this

Well, that's because we still need to add up their amplitudes.

right and the rule for calculating the probability that you'll see some answer is that you have to add up the amplitudes for all of the paths that

i could just write down this entire branching tree and just explicitly calculate each of these amplitudes

for that final state and to do that i just have to sum up all the amplitudes that lead to that state okay so that's an exponentially

mathematics that can be interpreted as well in quantum mechanics the the big thing is you get these Quantum amplitudes which are complex numbers

has a magnitude and a phase um and it um people have sort of thought these Quantum amplitudes have magnitude and phase and you compute those together

object move from this place in space to this other place in space okay now the way that you these quantum amplitudes udes characterize kind of um to what

The professor, who is now clearly losing his patience, replies, I think it's clear to the whole class that you just add up the amplitudes from all the slits.

And so if you could read, convert, read off the actual amplitudes and frequencies, if you've got a finite number of them,

the the um the F path integral is is this formula it says that the amplitude the quantum amplitude is e to the i s overh bar where s is the thing called