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Chambers <ben### [at] pacificwebguy com> wrote:
> Warp wrote:
> > Chambers <ben### [at] pacificwebguycom> wrote:
> >> Which part - my description of semiconductors, or my classification of
> >> Silicon as one?
> >
> > Your comparison of doped silicon to a superconductor.
> Isn't that the point of doping?
If you got a *superconductor* by doping a semiconductor, at room
temperature, you would get a Nobel price in physics like right now.
A superconductor has 0 resistance. A doped semiconductor has a resistance
larger than 0. It's not a superconductor.
Maybe you meant that the semiconductor becomes a metallic conductor when
doped?
--
- Warp
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Warp wrote:
> Maybe you meant that the semiconductor becomes a metallic conductor when
> doped?
FWIW, I don't think that happens either. It might become a better
conductor, but nothing close to metalic.
--
Darren New / San Diego, CA, USA (PST)
"That's pretty. Where's that?"
"It's the Age of Channelwood."
"We should go there on vacation some time."
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Warp wrote:
>
> If you got a *superconductor* by doping a semiconductor, at room
> temperature, you would get a Nobel price in physics like right now.
>
> A superconductor has 0 resistance. A doped semiconductor has a resistance
> larger than 0. It's not a superconductor.
>
> Maybe you meant that the semiconductor becomes a metallic conductor when
> doped?
>
IIUC he ment that doped silicon becomes a semi-conducter, like a doped
conducter can become superconducter.
Just my 2 cents.
--
Eero "Aero" Ahonen
http://www.zbxt.net
aer### [at] removethiszbxtnetinvalid
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Warp wrote:
> Maybe you meant that the semiconductor becomes a metallic conductor when
> doped?
Probably. Chemisty was never really my strong suit in school - I
preferred math & physics (of light).
--
...Ben Chambers
www.pacificwebguy.com
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Eero Ahonen <aer### [at] removethiszbxtnetinvalid> wrote:
> like a doped conducter can become superconducter.
Exactly which doped conductor can become a superconductor? (And at what
temperature?)
--
- Warp
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Warp wrote:
> Eero Ahonen <aer### [at] removethiszbxtnetinvalid> wrote:
>> like a doped conducter can become superconducter.
>
> Exactly which doped conductor can become a superconductor? (And at what
> temperature?)
>
Dunno, *I* haven't read superconductor-physics. That's just *how i red
what Chambers wrote*, so that's *what I think he ment*.
--
Eero "Aero" Ahonen
http://www.zbxt.net
aer### [at] removethiszbxtnetinvalid
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Eero Ahonen wrote:
> Warp wrote:
>> Eero Ahonen <aer### [at] removethiszbxtnetinvalid> wrote:
>>> like a doped conducter can become superconducter.
>>
>> Exactly which doped conductor can become a superconductor? (And at what
>> temperature?)
>>
>
> Dunno, *I* haven't read superconductor-physics. That's just *how i red
> what Chambers wrote*, so that's *what I think he ment*.
>
Kind of, but I was wrong :)
--
...Ben Chambers
www.pacificwebguy.com
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From: Paul Fuller
Subject: Re: Now what am I going to store on this?
Date: 20 Apr 2008 22:47:25
Message: <480c003d@news.povray.org>
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Invisible wrote:
>
> Those are quite impressive specs actually... where can I buy one? :-D
>
You can make them yourself if you team up with a suitable joint venture
partner. Best thing is the units can in fact replicate further so you
can potentially populate all available space with these units.
Of course other 'companies' are trying to do the same with their
competing designs.
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>> Those are quite impressive specs actually... where can I buy one? :-D
>
> You can make them yourself if you team up with a suitable joint venture
> partner. Best thing is the units can in fact replicate further so you
> can potentially populate all available space with these units.
>
> Of course other 'companies' are trying to do the same with their
> competing designs.
We are all sexy, sexy von Neumann machines!
http://www.xkcd.com/387/
--
http://blog.orphi.me.uk/
http://www.zazzle.com/MathematicalOrchid*
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Warp wrote:
> Atomic and molecular chemistry is one of the wackiest phenomena of
> nature I can think of.
>
> Take an innocent harmless molecule, remove one atom from it, and it might
> be converted into a deadly poison.
Or, for example, take something like normal diatomic Oxygen, O2. This
simple molecule is required for all animal life. Now convert it to the
resonance hybrid, O3, and you have a carginogen. Cute, eh?
Also, D2O is very slightly poisonous - and technically it's "the same
chemical" as H2O...
--
http://blog.orphi.me.uk/
http://www.zazzle.com/MathematicalOrchid*
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