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Presleigh · Guest

@ncmusic: I think he's talking about the shrinking federal deficit. Modern conservatives hate that *****, so Pres. Bush had to do something about it.
Seriously though, if women in the UK on average live longer than men, they can't be being too badly damaged in comparison.

Clarson · Guest

“Both Chrome & Firefox loaded with extensions use more memory than IE.

Karmpal · Guest

Check out the clouds rising above the Amazon rain forest! AMAZING! Then notice how the SE part doesn't produce clouds, because its getting destroyed in that part..
I'm somewhat stunned Battlezone 1998 didn't make the list. Considered one of the best RTS and FPS hybrids ever made.http://www.gamespot.com/pc/strategy/battlezone/ind ...---Luckily---- the game is now free along with a free high bandwidth server.http://bze.theoutcasts.us/!

Rowzee · Guest

Im pretty sure bukkake is a universal language.?
human functionality:handicapped<human<cyborg

Steierlein · Guest

Telephone's ringin', it's your second cousin

Engin · Guest

Does the description translate to "Rorripop"?

Jack Martin · Guest

Yes, but. :) The biggest problem with these articles is that the lack of media and general public understanding of benefit/risk ratio. All medical technologies (including enhancements) need to be judged as to whether their benefits outweigh the risks.Risks: With modern state-of-the-art surgical techniques, implants within the dura compartment have a 1 to 5 % chance of getting infected and needing removal, and a 0.1 to 1 % chance of causing death or permanent neurological sequelae (dain bamage). For a wide range of brain implants (shunts, DBS electrodes, stents, etc) these numbers are fairly constant and difficult to improve. Benefits: Research labs around the world have been working on "Brain Computer Interfaces" for literally decades now, and the best performance so far is relatively slow, crude control of a cursors and robotic arms with very limited motion. It appears very difficult to do much more without moving to electrode arrays with hundreds to thousands of electrodes. This is possible, but not trivial. In addition, even the best microelectrode arrays (including the utah devices used in the BrainGate program) often only work for a few months before encapsulation and other biocompatibility problems cause loss of recording quality. Variabilities of the biological response are one of biggest problems for brain recording implants that people don't talk about in these articles, and it is a major area of research.For severely disabled individuals (end stage ALS, etc), these technologies may be justified at their current levels of sophistication. For brain implant interfaces to be widely popular, though, this benefit/risk ratio has to be significantly improved, especially given that there are many low-cost, noninvasive, low-risk ways (gestures, eye motion, etc) to get these same simple levels of control. Perennial media buzz articles about "controlling things with your mind" need to always be judged from this benefit/risk perspective. In addition, articles like this are only interesting if they are discussing innovations that are fundamentally game-changing. Intel suddenly taking an interest in this area is not immediately profound, given that there are literally hundreds of labs around the world that work with microelectrode brain implants and their associated problems every day. Intel is certainly good at making faster smaller silicon, but this is not the primary problem in brain implant research.

KYLE · Guest

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