Interview with a Mathematical Physicist: John Baez Part 2 - Comments

In summary, John Baez, a mathematical physicist, discusses his experiences with crackpots in the sci.physics community and shares his thoughts on rationality and climate change on internet forums. He also mentions the impact of mathematician Alexander Grothendieck's work and the lack of easily accessible resources on it.
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Interview with a Mathematical Physicist: [URL='https://www.physicsforums.com/insights/author/john-baez/']John Baez Part 2[/url]

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I was involved in Usenet's sci.physics back in the Good Old Days. Usenet has been almost completely destroyed by now, and sci.physics is the lowest pit of that Hell. The Tragedy of the Commons bit. Maybe I should have changed my name to Ptolemy Phlogiston. I would have fit in better.
 
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I actually met Alexander Abian once (he's one of the two crackpots John mentioned in the discussion of the Crackpot Index). He was a professor at Iowa State University, and he was friends with my advisor, physics professor Bob Leacock. Abian was a nice guy, very friendly. As I understand it, in his own field of mathematics, he wasn't a crackpot (or at least, not that I knew of). But he started writing papers on physics topics such as relativity, and that was his entry into crackpotdom. He showed me (actually, he showed it to Bob, but Bob handed it off to me) an alternative derivation of the Lorentz transformations that he said was much simpler than Einstein's derivation. It made no sense. I politely pointed out what I thought was unclear (my polite way of saying "wrong") about his derivation, and he just laughed and winked at me. Clearly, he didn't actually take his own derivation very seriously. He treated like a game--the idea was to give enough details to be able to pass it off as a rigorous derivation, even though it wasn't.

Later, I "reconnected" with Abian on sci.physics and sci.math, and I got the impression that he was still playing a game. He didn't actually take any of his own ideas very seriously.

I had a similar impression of Archimedes Plutonium. I think his persona was performance art, and he didn't actually believe what he was saying, either. I guess it's hard to tell the difference, though.
 
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stevendaryl said:
I had a similar impression of Archimedes Plutonium. I think his persona was performance art, and he didn't actually believe what he was saying, either. I guess it's hard to tell the difference, though.

That was my impression too. He was messing around.

There are plenty of real crackpots though. There's one in Hawaii who has quite a following, including two of my best friends. He has disciples who travel the world. I avoid the topic. Then there's Alex Jones, who is also quite popular. I have heard that a third of the US population believes that their own government blew up the World Trade Center.

Adolf Hitler believed that the stars were chunks of ice. Some nut in Vienna thought it up. Crackpot ideas can take over in the most civilized countries.

Rationality plays little or no role in the mind of the average human being.
 
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I was alerted to this post from the Azimuth Project blog.

There is some climate science modeling still going on at John's Azimuth Project discussion forum.

I get the impression that digging deep into the physics of climate change is discouraged on the Physics Forum. Is that still true ?
 
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Thanks but ...

<i>"Due to the contentious nature of the subject of climate change, the following cannot be used as source material: internet blogs unpublished papers papers published in a small number of excluded journals (see below)"</i>

This is a recursive limitation. The minute someone discusses something on this forum, that becomes source material from an internet blog. So by definition, it can't be referenced again.

My goal is to seek a venue where ideas can be hashed out before they get submitted to a journal. I'd prefer not to have to walk on egg-shells as I discuss new ideas. I'm OK with John's Azimuth Project forum for the moment, but its nice to get other perspectives.
 
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> "This forum is mostly for answering homework"

Thanks, that's the impression I got, that this forum is mainly geared to answering physics homework problems.
 
  • #9
WHT said:
This is a recursive limitation. The minute someone discusses something on this forum, that becomes source material from an internet blog. So by definition, it can't be referenced again.

Don't think so hard. We just want external sources to be from credible scientific institutions.

WHT said:
Thanks, that's the impression I got, that this forum is mainly geared to answering physics homework problems.

It's a big part, certainly not all of it. Looks around.

Let's get this back on topic.
 
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I really like that "taking a baby to a party"-analogue. It's spot on. Great interview, thanks for sharing!
 
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John,

You mentioned about the new concepts introduced by Alexander Grothendieck and how he changed the way we look at things. I found that there are no good resources with enhanced visualization to elaborate his work more. Do you know any such source? The best anyone has done is the Wikipedia. Would it be really good to have some blogs about his work may be?
 

1. What is mathematical physics?

Mathematical physics is a field that combines principles from both mathematics and physics to study physical phenomena using mathematical methods and models. It aims to understand and describe the behavior of physical systems, from the smallest particles to the largest structures in the universe.

2. What inspired you to become a mathematical physicist?

I have always been fascinated by the beauty and elegance of mathematics, and I was also drawn to the challenge of understanding the fundamental laws that govern our universe. As I learned more about physics and its close relationship with mathematics, I knew that I wanted to pursue a career in this field.

3. How do you see the role of mathematical physics in modern science?

Mathematical physics plays a crucial role in modern science by providing a rigorous framework for understanding and predicting physical phenomena. It helps us to develop precise theories and models that can be tested and refined through experiments, leading to new discoveries and advancements in various fields of science and technology.

4. What do you think are the biggest challenges in mathematical physics today?

One of the biggest challenges in mathematical physics today is to reconcile the theories of general relativity and quantum mechanics, which describe the behavior of the universe on different scales. Another challenge is to develop mathematical models that can accurately describe complex systems, such as the weather or the human brain.

5. How do you think mathematical physics will evolve in the future?

I believe that mathematical physics will continue to evolve and play a crucial role in advancing our understanding of the universe. With the development of new mathematical tools and techniques, we will be able to tackle even more complex and challenging problems, paving the way for new discoveries and advancements in science and technology.

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