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#1 |
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"Jason Goatcher"
Mar 2005
66638 Posts |
Because of the attainment and reapplication of knowledge, things tend to get cheaper over time. Barring some sort of disaster, with a very loose definition of disaster, things just tend to get better as time passes. Food production gets more efficient, so people can suddenly afford to pay extra for quality control, which they wouldn't have tolerated a 100 years ago because food was already expensive.
In the case of electronics, improvements have occurred at a rate that is unrivaled by any industry that I'm aware of. The problem of course, is that it's not really possible for things to improve infinitely. Even if we assumed things would continue to double at least once every two years, that would mean that the entire known universe would be saturated with information within the next thousand years.(2^500) The question is when will Moore's Law die and how will it happen? Will improvements come to a screeching halt, where one year it's business as usual, and the next prices are crashing because we've reached the limits of atoms? Atoms aren't a true limit, in the sense that they're not literally solid blocks of "stuff," but our breakneck technological improvement rate can't go on forever. In a world where gadgets tend to get twice as fast every couple years or so, for the same price, how will people respond to technology if the improvements were reduced to, say, 10% a year? Obviously, upgrading would happen a lot less. Tech support would probably be a bigger chunk of the pie simply because there would be less desire to actually be sold gear. The gaming industry would probably have to change their model since they'd find it harder to get people to buy stuff based on awesome graphics since games would have about the same graphics for years. I personally think it will be a good thing for actual productivity, there'd be less bit rot, so people would have tons of time to actually deal with bugs in software. The environment would be better off because people wouldn't be throwing out nearly as much gear each year because of upgrades. Other technologies could continue to get better, I'd imagine tvs would still tend to become cheaper based on new fabrication methods that might be in development right now. So how do you think it will happen, and what do you think people will do differently when it does? |
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#2 |
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Banned
"Luigi"
Aug 2002
Team Italia
10010110100112 Posts |
AFAIK, Moore's "law" has to do with the number of transistors packed in a defined area...
Luigi |
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#3 |
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Bamboozled!
"πΊππ·π·π"
May 2003
Down not across
2×5,393 Posts |
I suspect that your model of the future is too simplistic. No offence intended because I suspect that everyone's model, mine included, is too simplistic.
Here are some possibilities which may completely invalidate your economic model. What if smart (note, not necessarily intelligent) matter becomes ubiquitous? Some of the infamous blue/grey goo scenarios posit that essentially anything material can be made as easily as any other object. Other than perhaps for sentimental reasons there would be no reason to regard anything as more or less valuable than anything else. Note that non-material resources may continue to be more or less valuable Such resources may include cultural constructions such as art works, scientific research and conversations; they may include genuinely inter-personal services (as distinct from similar services provided by machines) such massage, hair-styling, sexual activities, food& drink preparation, and companionship. What if the advances in IT continue to improve long enough for genuinely intelligent machines to become commonplace? Would they continue to adhere to our present ideas of how to run an economy? What would humanity's role be in such a society? How about the roles of machine intelligences less intelligent than us? Machines of comparable intelligence to us, or smarter than we are but way behind the most intelligent? It is far from obvious to me that either or both of those scenarios (and several others for that matter) won't occur well before Moore's law comes to a significant slow-down. |
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#4 |
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1976 Toyota Corona years forever!
"Wayne"
Nov 2006
Saskatchewan, Canada
10010010101112 Posts |
Let me contrast the above long well thought comments with: "No"
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#5 | |
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Undefined
"The unspeakable one"
Jun 2006
My evil lair
22·32·173 Posts |
Quote:
Does it come in pink? I prefer the one with the charger socket on the left side. |
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#6 |
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"Jason Goatcher"
Mar 2005
1101101100112 Posts |
I'm going to go back and read the thread after I write this, but when I say Moore's Law, and I know this contradicts the official definition, I'm talking about the rampant growth in computational ability. I'm basically considering the possibility that things could rapidly and quite suddenly start progressing at a much slower rate, a rate more akin to medical knowledge growth or the ability to grow food.
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#7 | |
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"Jason Goatcher"
Mar 2005
3×7×167 Posts |
Quote:
So if we discover a way to seemingly instantaneously communicate with hardware that is anywhere from a few feet to thousands of miles away, then that in and of itself opens up a huge number of opportunities, from low lag gaming to unheard of computational ability. Plus, of course, the Mars Rover Curiousity could climb that damn mountain in hours instead of months. It sort of gets away from the subject of Moore's Law, but it keeps with the topic of rampant computational growth. |
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