NYT review of How the hippies saved physics

In summary, George Johnson's review in the New York Times discusses David Kaiser's book "How the hippies saved physics," which focuses on the 1970s Bay Area group called the Fundamental Fysiks Group and their impact on quantum cryptography. The article also mentions other popular books at the time, such as "The Tao of Physics" and "The Dancing Wu Li Masters," and their connection to the group. There is also speculation about the link between quantum mechanics and consciousness, with mentions of kooks like Nassim Haramein and respected physicists like Roger Penrose. However, the article concludes that while the group may have had some influence, they did not significantly contribute to any useful physics.
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NYT review of "How the hippies saved physics"

George Johnson has a review in the Sunday NY Times of David Kaiser, "How the hippies saved physics: science, counterculture, and the quantum revival." 2011 jun 19: http://www.nytimes.com/2011/06/19/b...david-kaiser.html?_r=1&scp=1&sq=fysiks&st=cse Kaiser teaches at MIT. The book and the review describe a 70's Bay Area group called the Fundamental Fysiks Group.

I had seen some books by the members before, but hadn't realized they were so closely associated with one another (to the extent of getting funding for their group from Werner Erhard and others):

Capra, The tao of physics, 1975
Zukav, The dancing wu li masters, 1979
Herbert, Quantum reality: beyond the new physics, 1985

I've read the Capra and Zukav books and thought they were mostly nonsense.

Kaiser claims that the group was instrumental in work leading up to the development of quantum cryptography, but Johnson is skeptical about that claim.

There are links to "What the BLEEP do we know!?," which unfortunately a lot of my students seem to have seen and been impressed by.

Lots of speculation about connections between qm and consciousness, which we also see from kooks like Nassim Haramein, as well as scary-smart folks like Roger Penrose.

-Ben
 
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Ben, from what I read it is more like a fair article based on a fanciful book about a lot of wishful thinking. I am not aware of a single piece of useful physics that came from any of the group, so I am not sure how they saved physics (or from what they saved physics). The inclusion of Jack Sarfatti in the story sealed the deal for me. I remember him from years ago.
 
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I have actually had some discussions with Jack, and he is a sound professional man. I also know the work is fair, like Dr Chinese said. I would also like to state that the ideas of Penrose and Microtubules are most interesting - there is definitely a link between gravity and consciousness. I myself am sure that consciousness can be viewed much like an emergent property of the geometry of the vacuum, so consciousness in some way or ''conscious systems'' require the low energy limits of geometrogenesis.
 
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Goldstone1 said:
I have actually had some discussions with Jack, and he is a sound professional man. I also know the work is fair, like Dr Chinese said. I would also like to state that the ideas of Penrose and Microtubules are most interesting - there is definitely a link between gravity and consciousness. I myself am sure that consciousness can be viewed much like an emergent property of the geometry of the vacuum, so consciousness in some way or ''conscious systems'' require the low energy limits of geometrogenesis.

"I want what he's having."

:smile:
 
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DrChinese said:
"I want what he's having."

:smile:

+1 on that !
 
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DrChinese said:
"I want what he's having."

:smile:

Geometrodynamics is the study of energy levels in the vacuum - it speaks of the extremely high energy physics of the early universe to the emergence of geometry, and obviously if it involves geometry, then it by default involves gravity because of relativity.
 
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I am slightly afraid of trying, but... count me in!
 
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Nick Herbet (No-Cloning theorem) is very "scary-smart", check out his link to his own site in the comments section at Chad Orzel's blog article

http://scienceblogs.com/principles/2011/06/one_persons_golden_age_is_anot.php
 
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I think it's fair to say gravity seems necessary for consciousness, gravity = spacetime, and all consciousness we know of seems to exist in spacetime :-p
 
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atyy said:
I think it's fair to say gravity seems necessary for consciousness, gravity = spacetime, and all consciousness we know of seems to exist in spacetime :-p

Don't think too hard or you will turn into a Singularity!
 
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atyy said:
I think it's fair to say gravity seems necessary for consciousness, gravity = spacetime, and all consciousness we know of seems to exist in spacetime :-p

Yes, it most likely requires gravity. As I explained, how consciousness seems to emanate from a three dimensional bundle of entangled particles. I think the brain is made of around 10^26 particles! They all exist within the geometry of spacetime.

But let us not forget, that our nuerons require a nervous system which requires electrolyte activity - the electromagnetic signals of our brain must also play in the role of consciousness.
 
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Goldstone1 said:
I think the brain is made of around 10^36 particles!

No way.

Brain weights about 1500g. Assuming it is made only of carbon (which is not true, but gives reasonably good approximation) that means 125 moles, with 6.02x1023 atoms per mole, that gives 7.5x1025 atoms. Each carbon atom is made of 12 electrons, 6 protons and 6 neutrons, that means 24 particles - 1.8x1027. Even counting quarks separately we will be still many orders of magnitude short.
 
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Borek said:
No way.

Brain weights about 1500g. Assuming it is made only of carbon (which is not true, but gives reasonably good approximation) that means 125 moles, with 6.02x1023 atoms per mole, that gives 7.5x1025 atoms. Each carbon atom is made of 12 electrons, 6 protons and 6 neutrons, that means 24 particles - 1.8x1027. Even counting quarks separately we will be still many orders of magnitude short.

That was a typo, sorry, meant to write 10^26.
 
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That sounds like a correct ball park :smile:
 
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Anything that glorifies hippie culture is the enemy of all.

Take a shower, put some socks on, get a paying job and you'll save physics and a whole lot more.
 
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Borek said:
No way.

Brain weights about 1500g. Assuming it is made only of carbon (which is not true, but gives reasonably good approximation) that means 125 moles, with 6.02x1023 atoms per mole, that gives 7.5x1025 atoms. Each carbon atom is made of 12 electrons, 6 protons and 6 neutrons, that means 24 particles - 1.8x1027. Even counting quarks separately we will be still many orders of magnitude short.

For me, it is probably a few less brain cells due to my time as a hippie.
 
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I'm sure drugs however have had a large play in QFT, atleast in the sense it can expand the mind.
 
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DrChinese said:
For me, it is probably a few less brain cells due to my time as a hippie.

:smile::smile::smile:

+1 on that one too !
 
  • #19
Radio broadcast on "How the hippies saved physics"

Sun Sept 18 radio broadcast featuring MIT prof and book author Dr. David Kaiser, Fred Allen Wolf and Jack Sarfatti, at http://bayradio.com/ksfo_archives/?d=0#" - first hour is at 10 PM, second hour is at 11 PM, right click the pop-up player to save mp3 and skip the commercials, program starts about 9 minutes into mp3 file.

Same panel, plus Russell Targ, presented by MIT club of San Francisco on Tues, 9/20, ($35 admission for non-members), http://www.mitcnc.org"
 
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  • #20
Antiphon said:
Take a shower, put some socks on, get a paying job and you'll save physics and a whole lot more.
Einstein at various parts of his life? As long as the science checks out with reality by experiment, and the math is solid enough, I don't see how any personal background matters, at all.
 
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  • #21
Goldstone1 said:
I would also like to state that the ideas of Penrose and Microtubules are most interesting - there is definitely a link between gravity and consciousness.

I have enormous respect for Penrose as a mathematical physicist, but I think he's barking up the wrong tree in trying to connect consciousness with gravity. His motivation for pursuing such a connection is, in my opinion, a mistaken idea that Godel's theorem somehow proves that the human brain is more powerful than any computer program when it comes to ability to solve mathematics problems. It could very well be true, but it is not in any way implied by Godel's theorem.
 
  • #22
Antiphon said:
Anything that glorifies hippie culture is the enemy of all.

Take a shower, put some socks on, get a paying job and you'll save physics and a whole lot more.

I have to object to that. The best pop music in history was inspired by, or created by, hippies.
 
  • #23
2 yr old thread...
 

FAQ: NYT review of How the hippies saved physics

1. What is "How the Hippies Saved Physics" about?

"How the Hippies Saved Physics" is a book written by David Kaiser that explores the contributions of a group of countercultural scientists known as the "Fundamental Fysiks Group" to the field of quantum mechanics in the 1970s.

2. Why were the hippies interested in physics?

The hippies, who were deeply influenced by Eastern philosophies and spirituality, were drawn to the mystical and mind-bending concepts of quantum mechanics, such as wave-particle duality and non-locality.

3. Did the hippies make any significant contributions to physics?

Yes, the hippies' unconventional approach to physics led to the development of new ideas and theories, such as the concept of non-locality and the application of quantum mechanics to consciousness and spirituality.

4. How did the hippies' beliefs clash with traditional physics?

Their beliefs in the interconnectedness of all things and the power of the mind to influence reality were in direct opposition to the deterministic and reductionist views of traditional physics at the time.

5. What impact did the hippies have on the scientific community?

The hippies' ideas and experiments sparked new discussions and debates within the scientific community, leading to a more open-minded and interdisciplinary approach to physics. Their contributions also helped to popularize quantum mechanics and make it more accessible to the general public.

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