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THE POET AS SCIENTIST

THE POET AS SCIENTIST, THE POET AS SCIENTIST

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The Geek's Raven
[An excerpt, with thanks to Marcus Bales]

Once upon a midnight dreary,
fingers cramped and vision bleary,
System manuals piled high and wasted paper on the floor,
Longing for the warmth of bedsheets,
Still I sat there, doing spreadsheets:
Having reached the bottom line,
I took a floppy from the drawer.
Typing with a steady hand, I then invoked the SAVE command
But got instead a reprimand: it read "Abort, Retry, Ignore".

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Wednesday, November 04, 2015

New Technologies

You've got the right idea, insane. We need fundamental new technologies. The problem is, fundamental new energy/transportation technologies simply can't be developed on the cheap, by backyard inventors. They're too powerful. They have a tendancy to blow up the entire neigborhood, unless proper precautions are taken. That's why it was so incredibly expensive to develop the rockets that went to the moon. You see, if everything didn't work exactly the way it was supposed to, the entire multi-million dollar apparatus vaporized itself and everything within a several hundred yard radius. This makes the necessary empirical steps required in the engineering process extraordinarily difficult and expensive. Every experiment cost tens of millions of dollars. Hence, it really doesn't matter if you've got a theoretical technology that "works". You have to develop it on a large scale, step by step. You have to go through the empirical engineering process, which is a painstaking process, so that everything works just the way it's supposed to, on a large scale. And that process takes very, very big bucks, which no government really has the money to invest, currently. And, they won't invest it, because, if it does work, it will be stolen by other governments before the one that made the big investment can profit from it!!

Tuesday, November 03, 2015

History of Science

I see people are failing to follow my argument. As I've pointed out several times in this thread, there are TWO, count them, TWO conditions under which we have rapid technological and scientific progress. The first one, and only the first one, let me repeat is 1. Total War. There is a second condition under which we have rapid scientific and technological progress. This one does not involve war. This one occurs during peacetime. This second condition under which we have rapid scientific and technological progress involves 2. Vast Surpluses of Resources. When we have vast surpluses of resources, free-wheeling Capitalism functions optimally. It is in the interests of businessmen to develop effective new technologies as rapidly as possible, because the better their technologies, the more money they can make. After all, there are unlimited resources for the taking. True, others may eventually steal their new technologies, but, the business that developed it first gets first dibs on all those unlimited resources. They'll be able to earn back their investment and then some. In contrast to this second condition, we have situations in which the pie is limited, in which total wealth is a zero sum game. Under these conditions, investing huge resources to develop new technologies doesn't work out well, because there isn't much of a return, in general, and even if there is, everyone will be very quick to steal the new technology just to survive. So, Imperial Britain at its height had the enormous resources of the empire to justify and finance the development of the dreadnoughts. No need for a direct military/survival incentive. Same reason for the rapid technological developments in the U.S. in the late nineteenth century -- the immense wealth of the Wild West, all for the taking. Are we clear now? It's not just total war the brings about rapid technological/scientific development. Also vast, untapped resources from huge, undeveloped empires.