At 11:14 AM 8/19/2004 +0900, you wrote:
>I have a hunch that colloidosomes (colloid bodies) will become a big 
>business in the nanotechnology field,  given the intense interest in 
>self-assembly at the atomic/molecular level.   Probably there will be 
>some medical/pharmaceutical applications as well.   In a surge of 
>opportunistic parasitism, I even registered colloidosomes.com  as a 
>domain name,  but of course it does not have enough "hits" to register 
>on Google.    Many obscure aspects of nanotech are likely to become 
>unbelievably important in the next few decades. . . .
##  I have a pharm researcher friend who is currently working on
nano-particles.
 He ain't talking.
>
>Like jrowland I wonder whether our homebrew CS includes colloidosomes;  
>are these possibly the larger molecular aggolmerates we find in 
>less-effective generators like the much-criticized Robey device?  (I 
>have one.)    Or are the heavy/sparkly Tyndall effects due a cruder, 
>less organized kind of clustering?

## The Robey is not a "bad" generator, it's just not better than a set of
batteries...and costs a lot more than a set of batteries. It does, at
least, control electrode spacing which most battery setups don't.

 The sparklies are generally elecrode crud [plateout and oxide deposit]
that got blown , fell or washed off the electrodes.
 If left alone for a few days, it settles out.

Ode
>
>The expertise of some list members would be welcome. . . .
>
>
>
>
>On Wednesday, Aug 18, 2004, at 15:12 Asia/Tokyo, [email protected] 
>wrote:
>
>>
>> Could this be relevant to CS?
>> "...When forced to arrange themselves on
>> a flat surface, the repulsion between
>> charged particles will lead to the
>> formation of a lattice composed of
>> identical triangles of particles to
>> minimise the energy of the
>> system...Researchers studying spherical
>> structures for the last hundred years or
>> so have puzzled over how to wrap charged
>> particles around a sphere because the
>> triangle-based lattice breaks down...An
>> electron microscope image of a
>> colloidosome
>> http://www.chemweb.com/alchem/images/0303sphere.jpg
>> a water droplet coated in colloid
>> (polystyrene) beads..."
>> hhttp://tinyurl.com/4frfr
>> [Not sure if free registration required]
>>
>>
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>
>