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29 Aug 01 - 08:09 PM (#537812) Subject: Emerging Science of Complexity! From: Amos An interesting discourse on the emerging principles of complex behaviors in systems and how they can emerge from a very small set of rules, if you have the right rules, enough agents following them, and enough interactions going on to break out of order but not quite fall into chaos. This excerpt is from The New Scientist on-line journal. (http://www.newscientist.com/opinion/opinterview.jsp?id=ns230516) Principia Mathematica III
He was a child prodigy, publishing his first |
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29 Aug 01 - 08:36 PM (#537820) Subject: RE: Emerging Science of Complexity! From: Murray MacLeod Looks like you typed that out at 3 am as well, Amos Murray |
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29 Aug 01 - 08:44 PM (#537823) Subject: RE: Emerging Science of Complexity! From: Chicken Charlie There's an old book, maybe called something like "The Incursive Universe" which deals with that idea. The computer game of "Life" was designed to model evolution with three simple rules for turning pixels off and on. Seems to me IBM or wherever it was invented finally had to tell their people they couldn't "play" it at work because it was slowing down the system. When I get home I'll check my notes and see if any of the foregoing is true, but something like it. CC |
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29 Aug 01 - 09:00 PM (#537830) Subject: RE: Emerging Science of Complexity! From: Murray MacLeod I am no mathematician, but it has always seemd amazing to me that the behavior of a relatively simple mechanism such as a swinging pendulum with a second pendulum swinging from the end can not be modelled mathematically. Murray |
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29 Aug 01 - 09:15 PM (#537835) Subject: RE: Emerging Science of Complexity! From: Bill D ummm...quote...wow...unquote I can the lines of resistance forming already. "nawww..we already have all the models we need for life & reality" |
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30 Aug 01 - 12:48 AM (#537939) Subject: RE: Emerging Science of Complexity! From: wysiwyg There's a word for that. Misocainea. misocainea (mis-oh-KY-nee-uh, mi-soh-) noun Hatred of anything new. [Greek miso- (hate) + caino- (new).] ~Susan |
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30 Aug 01 - 01:19 AM (#537948) Subject: RE: Emerging Science of Complexity! From: Amos Murray: Actually aside from my little intro line the rest was pasted. I think Wolfram's work is related to the work that came out of the Santa Fe Institute in its earliest years on the topic of automata, complex systems and phase states. As I recall, one of the arguments was that systems below a certain point gravitate toward frozen states. Systems where the complexity has gone to far enter the chaotic phase where dissipation and chaos ensue. But the phase change in between these two is the endlessly adapting dynamic set of interactions described by or as life. The only serious problem I have with this notion is that it tries to imply that life itself can be explained as a chemical phenomena in that viable phase state. Period. A tad too mechanistic for my preference even when you throw in unpredictability and adaptation. But that's just me. And a few million othe rpeople. A |
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30 Aug 01 - 05:59 AM (#538006) Subject: RE: Emerging Science of Complexity! From: Wolfgang Every couple of years a maverick scientist appears who promises to completely revolutionise the basis of science. Their writings are (in some German scientists saying) 'at the boundary between chemistry and madness'. In most cases, after a couple of years of scrutiny, it is found that it was much more on the side of madness than chemistry. Once in a while, very seldom, one of them proves to be right (of course, the younger the scientists, the more eager they are to adopt the new thinking; some of the older scientists will die still thinking that the new approach is wrong) and his thinking only to look mad at the first glance (Planck, Einstein,...) but to be on the sound side of chemistry. Wolfram's work looks very promising to me at the first glance (main reason: his thinking doesn't use completely new speculative concepts without empirical foundation, as e.g. Sheldrake, but 'just' a new approach and methodology). I'm looking forward to the next ten years of testing this idea. We'll see whether his thinking will be proved to have a fatal flaw, or to open a new more or less large branch of science, or to be the basis for a new approach in all sciences unifying physics (as a special case) with the life sciences. I welcome this approach for the same reasons Amos has problems with it: Utter complexity coming from the interaction of a few simple 'programs' may make arguments about 'mind', 'soul' or whatever being undispensable to explain complex human behaviour more difficult to defend. Wolfgang |
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30 Aug 01 - 02:52 PM (#538299) Subject: RE: Emerging Science of Complexity! From: Kim C It all makes my head hurt. I'm just an unfrozen caveman - I don't understand how all those little people live inside that TV box. |
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31 Aug 01 - 06:42 PM (#539322) Subject: RE: Emerging Science of Complexity! From: Tiger "The Game of Life" was explained (and I think developed) by John Gardner, who used to write the Mathematics column for "Scientific American" It describes successive generations of simple 'life forms' living on a 2-D matrix. With each generation, members die, survive, or procreate based upon a system of rules involving the number of other members in proximity. Too complicated to explain here - if anyone needs to know you can find it on the web. Gardner suggested it modeled some aspects of human society, e.g., overcrowding and loneliness. It spawned years of dialogue, follow-on articles, computer programs - really a fascinating exercise. I'd be happy to talk more about it if anyone's interested. |