h a l f b a k e r yWhy on earth would you want that many gazelles anyway?
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Okay, some of you had valid points about obsolescense and other problems (like conducting an MRI scan on someone with a brain implant). So, clearly such implants would have to be removable and the plug standardized. I'm picturing a recessed cylinder in the skull, lined with medical plastic. This
would keep the brain sterile/protected but still allow an implant to be inserted into it. The metallic implant could be removed for medical procedures/airport security and upgraded with anything small enough to fit in the hole. Should be good for 30 years of longevity.
There could be a couple different types of course; one standardized fitting for math coprocessors, one for multimedia, and one for a computer interface. Another benefit is avoiding having dangerous neurosurgery every time a new implant comes out.
Standard neuro-link interface
http://l.yimg.com/e...rix/matrixjacks.jpg
I suspect that the general idea of a brain implant is well covered in SciFi. [Jinbish, Dec 16 2010]
Neuromancer
http://www.amazon.c...ibson/dp/0006480411
"The" Cyberpunk novel by WIlliam Gibson [Jinbish, Dec 16 2010]
Victor Borge
http://www.youtube....watch?v=BcV19rylSZc
(Great shout, [MB]) [Jinbish, Dec 16 2010]
tDCs placements that improves math ability
http://tdcsplacemen...asing-math-ability/
[beanangel, Nov 09 2016]
DARPA doubles ability with tDCS
http://tdcsplacemen...celerated-learning/
so you are wondering, "which ability" Nature or science says "simulations" [beanangel, Nov 09 2016]
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Is it a conlang designed for lesser demons or something? |
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One is that an interface can only be designed using the knowledge and technology already available, and the future is unknown, so it's impossible to anticipate what kind of upgrade would be necessary. As a forty-three year old, i would probably have been given a D-sub RS232 at birth, not even an RS232C, at a very low baud rate. A baby born today would be getting a USB3, i suppose. That works at up to four Gb/s, but i think mine would be at about a forty millionth of that rate. All i'd be able to do is hook up a teleprinter to mine, but a newborn baby could manage an iPod. That's the kind of technological change which occurs over a few decades. |
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Another is that i still think the idea's potentially sound, maybe after the Singularity because AIs might be able to find a way round the snags, but i think it'd work better as a wireless thing than a physically exposed interface. Maybe a brain implant, but with no physical connection to the outside, since that would be a potential trauma site and risk for infection. |
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Finally, in a sense anything in the internal environment is a foreign body, so there needs to be some work on it. Maybe encase it in coral or bone? |
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Shut up, 8th. If the Borg are so great, how come they have such terrible fashion sense and such terrible PR? |
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Yeah, but they did produce that Swedish pianist/comedian.
He was great. |
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And we have noteworthy Lawn Tennis skills, too. |
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// terrible fashion sense // |
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Like an entity from a planet that invented "Hawaiian Shorts" has the moral high ground .... |
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// and such terrible PR? // |
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We farmed it out to an agency. We got great references, apparently they handle Blackwater, Halliburton and BP. |
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It seemed like a good idea at the time. |
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Surely you wouldn't go wired on this? Wouldn't you go for
transcranial stimulation? |
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And while we're about it, let's not forget Bjorn. (However,
we will NEVER forgive you for Chris de.) |
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He's nothing to do with us ... |
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[DIYMatt] So, from your description, I'm picturing this as
epidural, is that right? |
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More of an auto de fé, it would seem ... |
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<looks up> //auto de fé//.
<and is inordinately grateful to be born in this century> |
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What is the magic and/or bad science? |
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how would the input for individual brains be universalized? Each brain is unique in layout. |
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[WcW] That is probably less of a problem than you
imagine. The brain-machine interface literature is
extensive, and suggests that the brain adapts itself to the
input device, simplifying that aspect of the problem
considerably. Also "Each brain is unique in layout" is very
far from being true, at that level of generality. |
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I do find the idea scientifically weak, though perhaps not
"bad science," because it seems to assume the electrodes
would be extra-dural (extremely crude, low-bandwidth
channel), or else it ignores
the distinction between intracortical microelectrode
arrays,
cortical surface micro- and macro-electrodes, epidural,
extracranial,
and other forms of brain stimulation and recording. |
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Also, there is considerable prior art. The term for this
type of implant is "recording chamber" and it's very well-
baked in animal research. |
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so a brain input device would be a viable invention. This is simply "lets apply existing standardization to a not yet existing invention." that would be not the least bit novel and further many times proposed before; of course you would use some sort of logical infrastructure for the non-wetware portion of the implant. But without the implant portion, which could hardly be described as "standardized" you cannot have a "brain port". It would be as if I proposed that we install laser cruise control on all hover cars. (existing invention pasted onto non-existing invention which has already been flogged to death) |
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I recently ordered a tDCs on ebay at $28. the [link] describes the placement for better math skills. |
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//the [link] describes the placement for better math skills.// |
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Wow - one electrode on the left of the head, one on the right. That must be the product of years of research. |
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It looks painful, opening up the skull like that in order to attach the electrodes. |
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It stings a bit the first time you do it, yes, but after that it's not so bad. |
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[mb] I added another link with an impressive DARPA graph. It is impressive! [link] |
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Also, the electrode placements at the link follow an EEG standard, which is a relief. |
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That's right, it's a well-known fact that correct trepanning can cure headaches by letting the demons out. |
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"The results they found were staggering, the snipers which were using the true tDCS had cut their learning curves in half!" |
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A)Oddly enough this information comes from the company making the stuff. |
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B)"learning curves in half!" ie they only shot themselves in one foot, not both. |
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C) Amazingly, they have found the only group of test subjects who exactly the same..this is the true miracle.. |
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Wow, that's an impressive DARPA graph. Color and everything .. |
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