concept of Triple Point for Superconductivity?? Re: magnetism in hydrides of oxides at 390K Re: a report from Liverpool Univ. Re: specialness of 390 degree Kelvin; Meissner Effect

From: Archimedes Plutonium (a_plutonium_at_iw.net)
Date: 02/26/05 

Date: Sat, 26 Feb 2005 14:20:04 -0600

Archimedes Plutonium wrote:

> Sat, 26 Feb 2005 00:38:19 -0600 Archimedes Plutonium wrote:
> (most snipped)
>
> >
> > So this 390K seems to be an upper limit also and I was expecting it to be a
> > lower limit tied to magnetism.
> >
> > So I have a kilogram of questions. And it seems as though magnetism is not
> > involved but rather instead an internal geometry change.
> >
>
> I have a nasty habit of never finishing the reading. So reading the whole
> article I see where magnetism is involved.
>
> quoting from http://srs.dl.ac.uk/Annual_Reports/AnRep02_03/mag.htm
>
> The hydride has the effect of binding the chains of cobalt oxide squares
> together more strongly than if it was not present and effectively acts as a
> powerful bridge for the magnetic interaction between the cobalt oxide squares.
> This is the first time that hydrogen has been shown to transmit magnetism in
> this way. The strong bond mediated by the hydride kept the material and its
> magnetic properties intact as it was heated to 390K. Materials based on
> transition metal oxides alone tend to lose their magnetism at much lower
> temperatures.
>
> --- end quoting and forgive spelling mistakes as I typed the above, not cut
> paste ---
>
> I have to ponder how the above conforms to the concept of NucleiWires in
> superconductivity where the nuclei and protons form a wire grid and thus
> electric current flow without resistance. And how the Meissner Effect is
> initiated due to NucleiWires and how that relates to the above 390K magnetism.
>
> I suspect that the hydrogen acted as a current flow.
>
> I need to ponder.

I was asking for a specialness for the number 390K but I did not expect such a
specialness. I expected that starting at 390K and increasingly higher Kelvin
temperatures would affect magnetism so much that the number 390K was the starting
point. But it appears from that hydride report above that 390K is very special
indeed in that at lower temperatures from 390K or higher temperatures from 390K
that the magnetism disappears. Provided I am understanding the report correctly.
I run a high risk of not understanding some details of that report.

But let us say I am understanding that report very well and that 390K is so
special that it is a unique temperature point for hydride magnetism. If that is
the case then the uniqueness means that 390K is a chemistry Triple Point for
Magnetic Field. In chemistry we all know of triple point uniqueness for state of
matter such as gas, liquid, solid. But this is a different unique triple point
for that of internal geometry and electric and magnetic field.

If that be the case then 1/3 or 2/3 depending on whether you start with 0 Kelvin
or 390 Kelvin gives you 130 Kelvin which should be the Upper Limit of
Superconductivity temperature due to the math-theorem of cylinder enclosing
sphere where Faraday's Law is the cylinder analogy and Coulomb's Law the sphere
analogy.

I have pondered this report last night and I think the relevance to NucleiWire is
that a unique temperature exists as a Triple Point for the universe of compounds.
A point at which the internal geometry of a compound at its highest possible
temperature (in this case 390K) can still maintain its magnetic field. So in the
Liverpool Univ. report by Dr. Matthew Rosseinsky
what we are seeing (if my understanding is correct) is a Triple Point for all
compounds in which the highest temperature still keeps the magnetic field intact.

But I still have to ponder how the Nuclei (the protons and neutrons of
superconductors) form into Wires which I call NucleiWires. It would be nice to
see how the Liverpool cobalt oxides formed NucleiWires or formed an internal
geometry such that when oxides were at 130K instead of 390K enhanced both
electric and magnetic fields. So I still need to ponder that.

Archimedes Plutonium
www.iw.net/~a_plutonium
whole entire Universe is just one big atom where dots
of the electron-dot-cloud are galaxies

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