Stephen Wolfram: Computing a theory of everything TED Video April 2010

In summary, Wolfram claims that he has produced candidate universes that represent the standard models representation of gravity, special relativity, general relativity, and hints of quantum mechanics (does not mention QED, QCD, weak nuclear force, radioactive decay). He also claims that by the end of the decade he believes a correct Theory of the Universe can be achieved.
  • #1
rhody
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Thought you might like this...

This http://www.ted.com/talks/stephen_wo..._campaign=newsletter_weekly&utm_medium=email" by Stephen Wolfram is about 20 minutes long, but the most interesting parts are from 14:10 or so to about 17:30.

Summary:

14:10 Somewhere out in the computational Universe we might find our physical Universe.​
14:50 Universe behaves like some kind of Network.​
15:10 He shows to the public (for the first time, a graphic representing candidate Universes) based on his models.
15:45 States that the Universe is: full of computational irreducibility.
16:00 Claims he has produced candidate Universes that produce the standard models representation of gravity, special relativity, general relativity, and hints of quantum mechanics (does not mention QED or QCD Theory) however.​

16:45 Issues a challenge that by the end of the decade he believes a correct Theory of the Universe can be achieved.​

17:20 Computation is destined to be the defining idea of our future.​

Rhody...
 
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  • #2
rhody said:
Thought you might like this...

This http://www.ted.com/talks/stephen_wo..._campaign=newsletter_weekly&utm_medium=email" by Stephen Wolfram is about 20 minutes long, but the most interesting parts are from 14:10 or so to about 17:30.

Summary:

14:10 Somewhere out in the computational Universe we might find our physical Universe.​
14:50 Universe behaves like some kind of Network.​
15:10 He shows to the public (for the first time, a graphic representing candidate Universes) based on his models.
15:45 States that the Universe is: full of computational irreducibility.
16:00 Claims he has produced candidate Universes that produce the standard models representation of gravity, special relativity, general relativity, and hints of quantum mechanics (does not mention QED, QCD, weak nuclear force, radioactive decay) however.​

16:45 Issues a challenge that by the end of the decade he believes a correct Theory of the Universe can be achieved.​

17:20 Computation is destined to be the defining idea of our future.​

Rhody...

I had some time to digest what he said last evening. If these statements were made by anyone except Stephen Wolfram, I would have dismissed them as being outright crackpottery. That being said, it seems he is a devotee of the "emergent thinking" train of thought that has become popular in the last five years of so with a small but seemingly growing number of physicists.

Does anyone have anything to say about coming up with a compete Theory of the Universe in the next decade ? Thats a pretty bold audacious statement. I should qualify that, one that agrees with the Standard Model and all of the tests that make it what we believe true to date.

Note: I edited my summary above, 16:00 for theories his models does not address.

Rhody...
 
Last edited by a moderator:

Related to Stephen Wolfram: Computing a theory of everything TED Video April 2010

1. What is the main idea of Stephen Wolfram's TED Talk?

The main idea of Stephen Wolfram's TED Talk is that the universe can be described and understood through simple computational rules, and that these rules can potentially lead to a unified theory of everything.

2. How does Wolfram propose to find this theory of everything?

Wolfram proposes to use computational exploration to search for fundamental rules that can explain the complexity of the universe. He believes that by systematically testing different computational systems, we can eventually find a set of rules that can describe all phenomena in the universe.

3. What examples does Wolfram use to support his theory?

Wolfram uses examples from various fields such as physics, biology, and mathematics to demonstrate how simple computational rules can lead to complex and unpredictable behavior. He also presents his own computer experiments, including the creation of a virtual universe, to further illustrate his point.

4. What is the controversy surrounding Wolfram's theory?

Some scientists are skeptical of Wolfram's theory, arguing that it oversimplifies the complexity of the universe and ignores important concepts such as randomness and unpredictability. Others also criticize Wolfram for not providing concrete evidence or predictions that can be tested.

5. What are the potential implications of Wolfram's theory?

If Wolfram's theory is proven to be true, it could have significant implications for our understanding of the universe and how we approach scientific research. It could also have practical applications, such as helping us solve complex problems and improve our technology by utilizing simple computational rules.

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