[HN Gopher] A singular scientist: James Lovelock
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       A singular scientist: James Lovelock
        
       Author : Schroedingers2c
       Score  : 51 points
       Date   : 2022-10-24 07:29 UTC (3 days ago)
        
 (HTM) web link (aeon.co)
 (TXT) w3m dump (aeon.co)
        
       | patkai wrote:
       | I've just finished his autobiography "Homage to Gaia". I've read
       | dozens of scientists' biographies, but this stands out. Funny,
       | unusual, very warm and humane with a lot of good thoughts about
       | work, freelancing, science and history. Very recommended. My
       | favorite story is when NASA asks him how to detect life on Mars
       | and he answers "by an entropy reduction meter". The rest of the
       | story is epic and very educational!
        
       | mabbo wrote:
       | Tom Scott interviewed him last year in a really wonderful video
       | about microwaves.
       | 
       | https://www.youtube.com/watch?v=2tdiKTSdE9Y
       | 
       | > I found an article that said "The microwave was invented to
       | heat hamsters humanely in 1950s experiments." And I thought, no
       | it wasn't. ...was it?
       | 
       | At over 100 years old, the man was remarkably coherent and
       | healthy. Quite sad to hear he's passed now.
        
         | zeristor wrote:
         | I posted that video to HackerNews, it was very good but had a
         | very low key title.
         | 
         | I probably have to watch it again since I can't remember what
         | it was about.
        
         | melling wrote:
         | Born in 1919, he made it to 103. Lindbergh hadn't yet flown
         | across the Atlantic, people were watching silent movies, and
         | only 35% of US homes had electricity.
         | 
         | https://gizmodo.com/how-the-1920s-thought-electricity-would-...
         | 
         | Many people born today (10%?) are going to make it to 2125. The
         | world is going to change even more in the next 103 years than
         | in the last 103.
        
           | lordnacho wrote:
           | No way it's 10%. Annual hurdle in the old age years is double
           | digit percents.
        
             | melling wrote:
             | It's at least 10%. We cure many cancer(s), heart disease,
             | Alzheimer's, etc over the next 100 years.
             | 
             | There's also likely a few discoveries on improving general
             | health.
        
               | lordnacho wrote:
               | It's also the case that we already know what kinds of
               | things kill people, and people aren't really sticking to
               | the lifestyles that correspond to longer life.
               | 
               | Someone the Queen's age was actually unlikely to make it
               | to 100, so you'd have to improve survival quite a bit.
               | 
               | From looking at a UK table I found, there's ~2000 people
               | left of 100K at 99 years, 1300 left the year after. Table
               | doesn't go to 103.
        
               | stonemetal12 wrote:
               | All data I can find says expected lifespan is decreasing,
               | not increasing.
        
               | iisan7 wrote:
               | Some of the discrepancy is semantics. Global maximum
               | lifespan is improving, but that's across societies taking
               | the best survival rate at each age. Within many
               | societies, net longevity gains have stalled.
        
       | photochemsyn wrote:
       | Lovelock's an interesting character for sure. Although the "Gaia
       | Hypothesis" ended up having a few fatal flaws, it stimulated a
       | lot of thinking and discussion in the field of earth system
       | sciences (atmospheric chemists were a lot more interested than
       | old-school geologists and evolutionary biologists, certainly).
       | Much of what Lovelock pointed to can also be viewed as simple
       | chemical and physical _buffering_ , for example the fact that the
       | a pH-buffered chemical solution responds to the addition of acid
       | in a manner that 'pushes back' against increasing acidity.
       | Likewise, a planet with an ocean buffers temperature changes
       | because the oceans can absorb and release heat in response to
       | external forcing. Biological systems can do the same (forests
       | buffer erosion, for example) but this isn't necessarily
       | _selected_ by evolution, it 's just a feature of the biologicol-
       | chemical-physical system. Ultimately, the success or failure of
       | an individual species in a forest (due to natural selection)
       | doesn't have much effect on the effects of a forest on the local
       | climate, say.
       | 
       | All in all it was a bit of a spiritual-mystical 'Earth Mother
       | Loves You' theme, which is nice but nature really isn't all that
       | forgiving, as it's clear we can tip the climate system into a new
       | mode, one which some forms of life will not have problems with,
       | but which may drive quite a few others towards extinction.
       | 
       | Also, the article mentions his discovery of low levels of
       | chlorinated and fluorinated organic compounds in the atmosphere
       | with his improved detector, it fails to mention that Lovelock
       | also stated at the time that they posed no environmental threat,
       | due to their great stability. This isn't too surprising, as the
       | chemistry that led to the release of the halogens into the
       | stratosphere, where they destroyed the UV-protective
       | stratospheric ozone layer, is fairly complex and unusual (ice
       | crystal surfaces playing a big role over polar regions, radical
       | reactions, etc.).
       | 
       | https://pubmed.ncbi.nlm.nih.gov/17778601/
       | 
       | Free Radicals Within the Antarctic Vortex: The Role of CFCs in
       | Antarctic Ozone Loss (1991)
       | 
       | There's no doubt, however, that Lovelock made many people think
       | about interconnections between apparently unrelated systems and
       | that alone was a huge lifetime success story. Frank Herbert's
       | Dune also introduced many similar concepts to a wider audience,
       | although that in turn was preceded by Yale's G. Evelyn
       | Hutchinson:
       | 
       | https://news.yale.edu/videos/yales-g-evelyn-hutchinson-and-i...
        
         | nonrandomstring wrote:
         | It's the character the article is really about. Much like the
         | reverence we have for Feynman or Einstein, it's not just the
         | science they did but the stylish way they did it. The author
         | obviously has a great fondness.
         | 
         | But there's another message that's strong in there, and it
         | comes from many sources around Lovelock. It's about how
         | desperately we need more of Lovelock's breed, and how hostile
         | to it our "prickly" science has become. The story of Nature
         | rejecting him, not on the merit of his ideas, but his postal
         | address, is simply embarrassing.
         | 
         | The article bewails the loss of visionaries, iconoclasts,
         | intellectual courage, scepticism and independence. These are
         | the traits we beat of children at school, and punish as
         | trouble-making, deviance and disinformation in our now very
         | rigid society, frightened of "alternatives".
         | 
         | Spike Milligan was right; Real progress is like an old car. It
         | takes a crank to get things moving.
        
         | itronitron wrote:
         | >> All in all it was a bit of a spiritual-mystical 'Earth
         | Mother Loves You' theme
         | 
         | My exposure to the GAIA hypothesis was that the earth is a
         | living system, not that earth mother loves me. It was an
         | unusual combination of radical thinking and concise
         | communication.
        
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