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The Origins Podcast with Lawrence Krauss

Leonard Susskind: Strings, Quarks, Black Holes, and More.

The Origins Podcast with Lawrence Krauss

Lawrence M. Krauss

Science, Natural Sciences, Physics

4.4592 Ratings

🗓️ 7 August 2024

⏱️ 115 minutes

🧾️ Download transcript

Summary

I was very happy to finally have the opportunity to have an extended conversation for our podcast with renowned theoretical physicist Lenny Susskind. Lenny has been a friend and colleague for many years. I remember first attending a lecture he gave at a conference when I was an undergraduate and recognizing what a powerful intellect he was, and also how he combined mathematical sophistication within an intuitive framework that reminded me a bit of Richard Feynman. Years later, when I went jogging with him along a beach in California, I also discovered that, he strove for excellence in everything he did, and it nearly killed me to keep up with him.

Lenny has been involved over the past 50 years in many of the forefront developments in particle physics, including string theory, the standard model, the matter-antimatter symmetry of the universe, and the mysteries of black hole physics and quantum gravity, to name just a few. It was enlightening to explore his own intellectual development, and also his perspectives on how these major developments in physics fit into our evolving understanding of the universe.

Lenny is also an accomplished popularizer of science, something he turned to somewhat late in his career, and I learned something fascinating about what caused him to turn to writing. It was entirely unexpected. I am glad he was motivated, because his semi-popular books following The Theoretical Minimum, covering the essential ideas necessary for someone to have a grasp of modern theoretical physics, are, in my opinion classics.

Anyone who is interested in understanding how we got to where we are today, and what the key outstanding questions in theoretical physics are, and where the likely answers may be found, will find our discussion enlightening, and, fascinating. I hope you enjoy this in depth discussion with one of the most accomplished theorists around today, and one of the most enjoyable and thought provoking scientists one might hope to have a conversation with.

As always, an ad-free video version of this podcast is also available to paid Critical Mass subscribers. Your subscriptions support the non-profit Origins Project Foundation, which produces the podcast. The audio version is available free on the Critical Mass site and on all podcast sites, and the video version will also be available on the Origins Project YouTube.



Get full access to Critical Mass at lawrencekrauss.substack.com/subscribe

Transcript

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0:00.0

Hello and welcome to the Origins Podcast. I'm your host, Lawrence Proust. In this episode,

0:14.6

I finally got to have a dialogue with one of my favorite physicists, an old colleague and friend,

0:20.4

Lenny Suskind,

0:21.9

who has played a key part in many recent developments in theoretical physics,

0:27.5

and has also written some wonderful popular books and semi-technical texts that I think are extraordinary.

0:34.7

Lenny is a fascinating scientist who, as we talk about began life as a

0:40.4

plumber in New York City and moved on to become a theoretical physicist at a time when

0:45.6

theoretical physics during the 1960s was changing dramatically and he was

0:50.0

involved early on in efforts to actually understand and develop what was the original form of string theory.

0:56.1

Then he worked on the theory of the strong interaction, trying to understand the nature of quarks

1:00.4

and what confines quarks, and then the origin of matter in the universe.

1:05.0

And then ultimately to the current controversies which are driving much of theoretical physics involving both the apparent

1:13.5

paradox of black hole evaporation, which appears to defy the laws of quantum mechanics in some

1:20.8

clear way, and has produced a paradox that a great deal of the community has been trying to

1:27.2

solve.

1:27.6

And also this remarkable notion of holography,

1:30.5

the idea that perhaps our three-dimensional world

1:34.0

really could be codified simply by the,

1:37.0

by a two-dimensional surface, just like a hologram, a plate,

1:40.5

codifies the three-dimensional information.

1:43.0

When you look through a hologram, you can see, as you move your head, you can see behind objects.

1:47.0

Well, it's become clear in theoretical physics that it's possible that what we mean by dimensions may be to some extent an illusion,

...

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