Leonard Susskind | Lecture 3: Entanglement and the Hooks that Hold Space Together

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Third of three Messenger lectures at Cornell University delivered by Leonard Susskind
Theoretical physicist Leonard Susskind delivered the last of his three Messenger Lectures on "The Birth of the Universe and the Origin of Laws of Physics," May 1, 2014. Susskind is the Felix Bloch Professor of Theoretical Physics at Stanford University, and Director of the Stanford Institute for Theoretical Physics.

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19 мар 2016

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Комментарии : 40

@SapasMons 3 года назад

Love him. He sparks such joy into the subject matter of every lecture he gives.

@MARILYNANDERSON88 7 лет назад

This is a gift, thank you for posting this, My hero, Leonard Susskind.

@petergreen5337

❤Thank you very much Professor and class

@surojpaul14 3 года назад

just one word to say,,"awesome"lecture,,and thanks for your upload💓

@noros-troll9607 2 года назад

Thank you for this series of lectures! The part about entanglement of the vacuum filled in a lot of gaps for my layman’s understanding of physics, and it was a very enjoyable watch.

@GlassOmen 6 лет назад

Great lecture. Love the stuff about entanglement being important to the structure of space. Fascinating!

@lucianstan2847 2 года назад

Thanks for adding this videos

@nycbearff Год назад

Such a smart man. Yes, spacetime is laced up like a corset - like John Wayne's corset. Very old guys who keep up with the times and work to dismantle the prejudices they were brought up with are admirable. Not all old physicists have done that.

@MrAngry777 5 лет назад

Thank you so much for the upload!

@frun 2 года назад

As I see it now, superdeterminism is superior to the er=epr conjecture. However, they say, that superdeterminism is still nonlocal.

@rainerlanglotz3134 7 лет назад

1.06.00 "... reasonable to say we life inside a EInstein-Rosen Bridge." (that started with the big bang)!

@zenithwang2028

Superb!

@jmv4004 7 лет назад

Does the type of entanglement differ if you make a black hole from X particles each with mass 10 M or 10 X particles each with mass M? Is the "amount" of entanglement the same?

@mobieus7

59:50

@ntwk503 2 года назад

Just at the beginning. Why does he say that he will always get plus one but also when you point the mesurer on a direction you get random answers?

@zubinbharucha6686

The entire universe came from a speck, so the entire universe is entangled!

@gostianovidiu8842 6 лет назад

I’m not a physicist but I have this weird idea that must be wrong, but I don’t know how to dismiss it. Can you help me?

@Tore_Lund 8 лет назад

Where is the second lecture? Watched the first and this but no number two?

@wordysmithsonism8767 Год назад

So, when Bob and Alice jump into their respective entangled black holes to meet in the center, between the black holes, they meet in a very short time even though the black holes are zillions of light years apart.