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BASF Shows Off Some Tantalizing Nanotech
Dan B. writes "The Technology section in The Age today is running a story on the current 'Next Generation' nanotech coming to a store near you from BASF. Interesting read, but I'd like some more info on the 10 hour batteries the size of a cigarette lighter."
If mere words are so harmful to your children, then I fear for their future.
My children have been taught not to fear words or thoughts. I hope they're not too progressive for your world.
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Imagine never having to polish your shoes again, having glistening white teeth without visiting a dentist, or owning a mobile phone powered by a miniature battery. These are not just idle fantasies, but a reality where small things could make your wildest dreams come true.
wow! this guy's pretty darn wild! I bet for a big night out he turns on the TV and drinks a whole light beer. I mean, c'mon - with all the possibilities for nanotechnology, having self-polishing shoes is the best he could come up with?
it looks that just as with other technologies (www, e-commerce, ...) we're gonna have to wait for the pron industry to break new ground and lead the way ... oh, the possiblities!!! Wait a minute, don't. Eughh!
This sig intentionally left bla... dammit!
Who's got the whiteout?
Hour is not a measure of power. How many amp- hours is this battery capable of? What terminal voltage?
A standard size D Alkaline battery is 17 amp-hours at 1.5 volts. That sounds a lot more impressive than a 10 hour battery, and it's using 30 year old technology.
Jason
ProfQuotes
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Manufactured products are made from atoms.
No shit, Sherlock...
ok...most of us know all of this already. we all know that nano tech can be a great service...longer battery life, clothes that clean themselves, etc...
what they don't mention are the possible negitive effects. it's like atomic power...great benifit, possibly nasty applications. to apply nano tech to consumer goods is one thing, but to use it to make weapons is quite another (on a morality scale). this technology is more highly adaptive than anything else we have seen before.
governments the world over have been toying with nano tech to make weapons that kill more efficently, are more easily hidden, etc. what happens when common street thugs can "make" their own weapons with nano tech? what happens when countries that have firearms bans (uk, australia, others) have people running arround with nanotech weapons that are small and more leathal than the standard lead slug fired by a gun today? how do you track things like this? what happens when the government/corperation/etc decides to make a nanotech listening device out of the paint in your home?
this is a tech that is to be truly feared and respected. remember...technology is only as good as those who use it.
-frozen
I'm not always the brightest pixel in the stream
This is a recap of press releases issued from 1999-2002. Seriously! They're even ordered chronologically in the thesis paragraph. I realize this because I've been keeping a local archive of every mnt-related press release that I've come across since 1998.
It's a well-written piece, a good article for the site it's on, and I wouldn't think it out of place in "USA Today" or "Popular Science," but why does a pointer to it belong on Slashdot? The newest piece of information in the article is about the "lotus effect cling", which was 'news' in 2001!
Bill Joy warned about. BASF makes a lot of the killer nanotech Bill Joy warned about better.
Not so, my friend! They had one that went:
"Ever send a fax from the beach? You will..."
The product that the person in the commercial was using is the AT&T EO. My friend had one... it was a funky notebook page sized PDA that had a real OS, a windowing system and everything. I even hacked on it on a road trip once so we could use it as a serial terminal to get to the Linux box we had booted in the car to listen to MP3s (Yes, that's ultimately geeky, but it was cool! :)
Cryptic Allusion - New Mac and Dreamcast Games!
Recharging them isn't a simple matter of plugging them in the wall as it is now... you've got to replace the hydrogen (or other fuel, most people seem focused on hydrogen for some inane reason, even though it's hard to make and doesn't have much energy content).
;-)
True. "Recharging" a fuel cell will not just involve plugging them into the wall (unless someone makes a *MAJOR* breakthrough in both electrolysis techniques and hydrogen storage).
Most likely, it would work more like a cross between "normal" batteries, and the sort of propane tanks people use for BBQ grills. You would buy a 6-pack of methanol cartridges, roughly the size and shape of an AA battery (as a hypothetical example, of course... I have no more knowledge of future fuel-cell-form-factors than anyone else ). You'd pop them into your electricity-consuming device, just like normal batteries. The actual functional bits of the fuel cell would form a part of the electricity consuming device (or some sort of hip-pack to support legacy devices until everything takes the standard size fuel cell cartridges), and it would simply "drink" from the cartridges you plug in.
When you have a pile of empty cartridges, you'd take them back to the store for a rebate, a lot like recycling an aluminum can. Except, to reuse them, we wouldn't need to melt them down and make a whole new fuel cell, we'd simply refill them. The stores themselves might have some means of doing this, or they might just send them on to some sort of regional refilling center, but the whole process would (could, anyway) involve very little waste.
Of course, I only describe the *SENSIBLE* way to do it. More likely we'd actually build the entire functional fuel cell as a single encapsulated unit, complete with fuel *and* nasty chemistry for the catalyst; ship them across country both ways in a hideously polluting diesel 18-wheeler; and we'd make them out of a plastic that for reasons no one understands, we can't reuse, so they go to the landfill and we waste even *more* petroleum making more plastic.
But hey, what do I know. I need to stop acting so optimistic all the time.
After WWII, most of the assets of the IG were transferred to Agfa, Hoechst, Bayer, and of course BASF. If I recall correctly though, the IG is actually going to be dissolved some time in 2003, though I am not sure when. Anyone know when this is scheduled to happen?
I'm definitely looking forward to some of the products that BASF is developing, especially the hydrogen gas battery. That is going to nice if/when it ever reaches the masses.
At the last Foresight Conference Eric Drexler expressed his frustration at the amount of hype and effort going into research and development on this psuedo nanotechnology. Everyone is jumping on the bandwagon and getting "nano" into their products.
Real nanotechnology, often called molecular nanotechnology, consists of actual manipulation of atoms into molecules and structures with useful properties, and will make most of the current claims of nano products look extremely weak. But no-one knows exactly how to do it just yet!
Lots of progress is being made on the research front, and they will get there, but anyone who tells you they have nanotechnology products available now or in the near future are talking about the weak versions of nanotechnology that have been around for thousands of years. See here for a better description of the distinction between weak and strong nanotechnology.