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Writing in the thirteenth century, Japan's great Zen Master Dogen Zenji (1200-1253) told this little story :
"Long ago a monk asked an old master, "When hundreds, thousands, or myriads of objects come all at once, what should be done?" The master replied, "Don't try to control them." What he means is that in whatever way objects come, do not try to change them. Whatever comes is the buddha-dharma, not objects at all.... Even if you try to control what comes, it cannot be controlled" (trans. Ed Brown and Kazuaki Tanahashi, 'Moon in a Dewdrop,' p.164).
All our life is spent trying to make things happen. Nice things, to us. But how often do we succeed ? Isn't it the case that we almost always fail ? And given the enormous effort that we all put into trying to make nice things happen, isn't it puzzling that we so very rarely succeed ?
Could it be that our constant failures hold a message for us ? Could it be that we cannot in fact make things happen ? And if this is so, why is it so ?
Is it because that behind any event there are so many causes that we could never hope to have personally generated more than a few? And that those few are not enough to nudge an event in the precise direction we would like it to take ? A happy direction, and one that will bring good things to us ?
Rather than desperately trying to make things happen, wouldn't it be wiser to shift into alignment with the one big thing that is happening all around, letting it lead us along through the good and the bad, no longer struggling but calmly being guided, so that the event may unfold, naturally, like a Rose ?
If you are still with me and haven't yet read Briggs and Peat's marvelous and inspiring book on Chaos as the unfoldment of the Amazing Rose that is the Universe, and how best to play one's role within that ongoing unfoldment, I'd suggest that you get your nose into it now. The fantastic news it brings was brought for you.
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If on one hand as I was saddened by all the mistakes in the book, on the other hand I found some funny (e. g. that the medieval scientists believed that the planets and stars were alive or inhabited by gods, etc.)
The meat of the book does exactly what it says, it introduces the reader to the most advanced scientific principles of today. However, what I became even more interested in, (although I was plenty interested in the new ideas) was the epistimological difference between newtonian physics and quantum physics. In sparked in me an interest into the philosophy of science.
The length of the definitions of the ideas range from a half a page to three and a half pages. There is somewhere around 200 different "new ideas" of science that it introduces. All the definitions are written well with exceptional clarity, (which I was glad to see because I would of been lost otherwise.)
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Or perhaps he was expecting a white beard.
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Like another reviewer, I was not happy with one-third of the book being devoted to twistors, since these strike this outsider as higher on mathematical elegance than on physical content. I will not fault Peat, however, for doing this since: A) due to his friendship with the Penrose Twistor group he is specially qualified to popularise this subject, and B) the Twistor program, a child of Penrose's brain, is rich in guiding principles, and provides therefore a healthy antidote to the superstrings, which grew up higgeldy-piggeldy by a sequence of "accidental" discoveries -- "It seems to work, but, heck, we don't really know why." Twistors have been less a matter of trial and error. At least they work well for massless particles. (Sidelight: In a blackboard discussion w/ Penrose at Cal Tech that I chanced to overhear about 25 yrs. ago, Feynman told Penrose that no one had succeeded in making massless fields cohere together so as to act like massive fields.)