Computation, Physics & Fundamental Theory ft. Stephen Wolfram | Know Time #80

Stephen Wolfram, legendary computer scientist, physicist, and founder of Wolfram Research, shares his incredible journey in this exclusive interview. Discover how he fell in love with physics and computation, and delve into his groundbreaking work on the fundamental physics theory.

From cellular automata to the unification of quantum physics and general relativity, Wolfram's insights are not to be missed. Watch as he discusses the future of computation and the universe's machine code.

Producer & Host: Shalaj Lawania

⏰Timestamp:

0:00 Introduction
1:14 Falling In Love With Physics & Computation
15:07 The Fundamental Theory Of Physics
28:35 An Unconventional Path In Physics
36:34 Computation
42:18 Cellular Automata
44:18 Causal Invariance
47:01 Space Is Discrete
50:16 Unifying Quantum Physics & General Relativity
58:04 Why Does The Universe Exist?
1:10:51 Lego Interpretation
1:13:48 Positive Influences (Books, Movies, Role Models)
1:17:03 Finding The Theory
1:19:51 Legacy
1:23:05 Meaning Of Life

This video is about Stephen Wolfram Reveals New Theory Of Everything: Computation & Physics Explained. But It also covers the following topics:

Stephen Wolfram Theory
Wolfram Alpha Physics
Stephen Wolfram Interview

Video Title: Stephen Wolfram Reveals New Theory Of Everything: Computation & Physics Explained! | Know Time

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[MichaelJones-ekvx]

Brilliant mind. Helped me understand something. The computational universe. At 51:09 it's most fundamental level, it's computational. I was listening to Jacques Vallée, in the end he said Information was the ground state of physics. In the next 50 years in physics would be deep into fundamentals of information. I'm an idealist, I believe at the ground state is mentation. Physicalists would disagree.

[MichaelJones-ekvx]

Dr. Wolfram need to talk to Bernardo Kastrup, they're circling around the same concepts and it would be fertile if they talk together. I hope he reads this.

[peterMBIMNANGmbengie]

• Formalization: Defining specific graph rewrite rules that match known physical laws is the largest challenge.
• Scalability: Handling a graph large enough to represent a universe is computationally demanding.
• Observables: How do we make "measurements" in this discrete world? What corresponds to our scientific instruments?

[petermorsestudio]

Excellent interview with good thoughtful questions.