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#1 |
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Join Date: Feb 2005
Location: Berkeley, CA
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Broadly speaking, if you can't emulate what a brain does, you can't interface with it either, so either the brain in a box is useless because you can do the same thing in a different way, or it's useless because you can't actually do anything with it.
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#2 |
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Join Date: Feb 2016
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Mind emulation is horribly expensive at TL9, requiring a Complexity 9 program for a human mind. At TL9, the cheapest computer that can run it is a Biocomp Macroframe, which costs $2 million (plus $100,000 for the program). At TL10, it becomes much more affordable, with a Biocomp Microframe capable of running one, which costs $20,000 (plus $10,000 for the program).
Of course, this assumes that mind emulations are possible and stable. In my settings, mind emulations are possible but, at TL10, they suffer 1 CP of negative mental traits per week of activity as they destabilize (TL9 versions suffered 1 CP per day). Conversely, at TL10, brains in boxes only suffer 1 CP of negative mental traits per season of activity as they destabilize (TL9 versions suffered 1 CP per two weeks of activity). Of course, insanity is guaranteed for both, but a brain in the box can be transplanted into a new body while a mind emulation can never be really transplanted to an organic body. |
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#3 | |
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Join Date: Feb 2007
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Quote:
We already can interface brains and machines (albeit clumsily), and we most certainly can't emulate brains in any meaningful way in software. It all depends on what you're trying to do with the brain-in-a-jar. (I'm actually skeptical of this because I don't think the brain is set up to work very well in such isolation, but allowing for that, there's also the risk that the brain-in-a-jar might have his or her own ideas about function and role...
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HMS Overflow-For conversations off topic here. |
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#4 | |
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Join Date: Jan 2015
Location: UK
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| Tags |
| biotech, ths, transhuman space |
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