The moment just 2 mins into the lecture he said "Space Time White Noise is the distributional derivative of Brownian motion", I knew I had a long way to go before attempting to understand anything he is saying.
I'm so impressed that mathematicians use so Greek symbols to represent a ton of variables that can be understood in any language. Kudos to him for winning such a prestigious prize. And good for those who understand his findings on stochastic partial differential equations.
Oh god this is so awesome, I am hyped!
Thanks a lot
I hope I can come back to this lecture next year and then be able to understand it.
It is already next year. How do you feel about it? I am also willing to be able to come next year and be familiar with the subject.
@@mario1415 It is already next year. How do you feel about it? I am also willing to be able to come next year and be familiar with the subject.
@@mario1415 It is already next year. How do you feel about it? I am also willing to be able to come next year and be familiar with the subject.
It is already next year and
.... Blah blah how's it going
it's already five years ago .......
The moment just 2 mins into the lecture he said "Space Time White Noise is the distributional derivative of Brownian motion", I knew I had a long way to go before attempting to understand anything he is saying.
Watching after he won the prize.
I'm so impressed that mathematicians use so Greek symbols to represent a ton of variables that can be understood in any language. Kudos to him for winning such a prestigious prize. And good for those who understand his findings on stochastic partial differential equations.
Why am I watching it?, I'm not even a mathematician
me too
If you listen closely to the way he speaks, everything is music. He is making Dur accords all the time
que es este ?