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experiment to verify carbon is 2s1,2p3 at 15K Chapt13.40091
Superconductivity in New Physics #815 New Physics #935 ATOM TOTALITY 5th ed
Posted:
Aug 19, 2012 3:08 PM
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On Aug 19, 1:56 pm, Archimedes Plutonium
<plutonium.archime...@gmail.com> wrote:
> Physicists should be ashamed of themselves when they err on logic and
> lack logic and expect someone to accept and believe their thousands of
> theories to explain one phenomenon of superconductivity.
>
> We all know, even nonscientists know that a true theory does not have
> thousands of exceptions. A true theory explains all forms of
> superconductivity.
>
> The true theory of superconductivity is that of a electron and its dot-
> wave at cold temperatures causes switches from one subshell to another
> subshell.
>
> technetium, is 4d5, 5s2 and switches to 4d6, 5s1 as it superconducts
> at 11K
>
> niobium reaches 9K and switches from 4d4, 5s1 to that of 4d5, ?5s0 as
> it superconducts at 9K
>
> (Tl5Pb2)Ba2Mg2Cu9O17+ is superconductive at 28C
> Explanation: the Tl5Pb2 acts on the Ba2 as the switch from that of
> 5d0,6s2 to that of 5d1,6s1 and where the other atoms form a stability
> around the (Tl5Pb2)Ba2 atoms
>
> Sr0.5Sm0.5FeAsF is superconductive at 56K
> Explanation: the Sm acts on the Sr as the switch from that of 4d0,5s2
> to that of 4d1,5s1 and where the other atoms form a stability around
> the Sm and Sr atoms
>
> Carbon at "highly-aligned, single-walled nanotubes"
> 2s2, 2p2
> carbon switches to
> 2s1, 2p3 and thus superconducts at 15K
>
> None of the atoms of silver, copper gold superconduct because none can
> be made to switch from d10s1 to that of d9,s2
> silver 47Ag 4d10,5s1
> copper 29Cu 3d10,4s1
> gold 79Au 5d10, 6s1
>
> According to the data given bywww.superconductors.org/Type2.htm
>
> Tl2Ba2Ca2Cu3O10 superconducts at 127K
> Explanation: the Tl2Ba2 acts as the switch from that of 5d0,6s2 to
> that of 5d1,6s1 and where the other atoms form a stability around the
> Tl2Ba2 atoms
>
> YSrCa2Cu4O8+ superconducts at 101K
> Explanation: the YSr acts as the switch from that of 4d0,5s2 to that
> of 4d1,5s1 and where the other atoms form a stability around the YSr
> atoms
>
> Pb3Sr4Ca3Cu6Ox superconducts at 106K
> Explanation: the Pb3Sr4 acts as the switch from that of 4d0,5s2 to
> that of 4d1,5s1 and where the other atoms form a stability around the
> Pb and Sr atoms
>
> AuBa2Ca3Cu4O11 superconducts at 99K
> Explanation: the AuBa2 acts as the switch from that of 5d0,6s2 to that
> of 5d1,6s1 and where the other atoms form a stability around the Au
> and Ba atoms
>
> In superconductivity, the dot-waves of electrons become one long
> continuous wire for the electrons to flow down and that wire is formed
> from the switching of a previous subshell to a new subshell such as in
> carbon nanotubes. The nanotubes forms the wire and the carbon switched
> from 2s2, 2p2 to 2s1, 2p3.
> The transition temperature is merely a point of reference where the
> temperature causes that switch to take place and the no resistance in
> the material is the fact that electrons flow under a orderly array of
> electrons.
>
Now I wonder if we can set up an experiment to find out if carbon
nanotubes at 15K switch from a subshell of 2s2, 2p2 to that of
2s1,2p3.
I suppose a spectral analysis may gather the data provided it does not
interfer with the superconduction phenomenon.
Archimedes Plutonium
http://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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