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Cool Word of The Month: March, 2004

calad (Sindarin, noun) - light

Yeah, I think you know where this is going. :-D


Previous months' cool words:
February, 2004: su (Chinese, adjective/noun) - 1. flaky; 2. a baked good with a crisp or flaky consistency, such as a cookie
January, 2004: pizdarija (Croatian, noun; vulgar) - something messed-up, feeble, or ridiculous (definition provided by jereeza)
December, 2003: basherte (Hebrew, noun) - "apportioned one" (implication of predestined/ordained mate; courtesy of yahvah)
November, 2003: panmictic (English, adjective, "exhibiting random mating within a breeding population")
October, 2003: kreteno (Esperanto, slang noun, "idiot")
September, 2003: kawai (Japanese, adjective, "cute")
August, 2003: ser (Spanish, intransitive verb, "to be")
July, 2003: cordillera (Spanish, noun, "principal mountain system of a continent")
June, 2003: kallüsarayam (Tamil, noun, "illicit liquor")
May, 2003: hoh (Singlish, particle, "connective expression of expected agreement")
April, 2003: tmesis (English, noun, "separation of the parts of a compound word for humorous effect")
March, 2003: nerazreshimost (Russian, noun, "undecidability")


In other news: I'd like to write a survey article on autonomous nanorobotics.

Surprisingly, I have found much literature on nanotechnology, with rampant speculation on the role of nanorobotics. I've also found quite a bit on massively multi-agent systems as one aspect of the copious literature on autonomous robotics. I just haven't found much on both. Nanorobotics really has to be autonomous, if you think about it: communication takes quite a bit of energy and isn't well suited to organic or other insulation.

Any ideas?

--
Banazîr

Comments

f00dave
Apr. 5th, 2004 06:39 am (UTC)
Re: Hobby Nanotech
Same here; thank God we aren't up to the point of cooking up grey goo in our basements, eh? ;-)
(J/K... :-P)

Maybe *you're* kidding. I'd love to. Well, maybe not *melt the planet*, but in-vitro? Sure!

Just so; bandwidth/energy issues are what I was primarily wondering about.
Yeah, which is why I propose a hierarchy, rather than single autonomous or externally-communicating cell analogues....

It's a start. If you are using these for coordinated activity (e.g., the old holy grail of nanotechnological angioplasty, stent installation, or even artery unblocking), how will they maintain their position? I'm not up on nanolocomotion.
Why do they have to maintain their position? Have the vacuole carriers released upstream, and incorporate a "defuser" that neuters the payload after a certain time (perhaps incorporating a bunch of dissolving enzymes inside a slowly-soluble capsule in the vacuole?). If you're talking about nano-*fabrication* instead of just very-precise chemical delivery, that's another story entirely. My intuition tells me that, rather than try to duplicate our large-scale metaphors (scaffolding, walls, etcetera), we're better off thinking on the chemical level. Too much arterial plaque? Release chems onto it that dissolve a small portion. Repeat lots and lots of times. *shrug*

I will if you forgive my imminent submission of a grant proposal to DARPA. :-)
Hey, go for it! Maybe you can cut me in for a slice, since I'm *poor*, eh? =]

Bha! I'll have you know this was 100% sheer teunce!
I call it sleep deprivation, you call it "teuncing". I call it a caffeine high, you call it "teuncing". I call it a quizblog, you call it "a teunc blog". ;-)

*runs away and hides from the inevitable nuclear explosion of wrathful teuncination*

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