| origin of PT -
04-16-2008, 12:10 PM
Phenomenological theory (PT) describing resistance and superconductivity has its origin in the fundamental characteristics of magnetism. The observed changes of electric properties in matter are inevitable effects of their magnetic properties. However, the speed of magnetic current and its direction, north to south or south to north, remains immeasurable to these days since magnetic monopoles remain undetectable. Nonetheless, two noteworthy magnetic related effects are Hall Effect and Meissner effect as used by the London brothers’ equation to describe a PT.
In spite of their shared professionalism, Fritz and Heinz London are like two magnetic poles apart. Never singularly isolated but forever linked. Fritz, older, was a superb organizer. Heinz was horribly sloppy. Fritz was a deep conceptual thinker while Heinz was highly pragmatic. Although Heinz usually possessed accurate empirical interpretations, he was barred from close contact with the laboratory as would be like a bull in a china shop. Heinz was responsible for initiating Fritz’s interest in superconductivity to begin with. However, in our time, the younger generation rarely initiates any scientific interest or feedback for the older generation which is desperately needed in the present state of modern science.
PT and any macroscopic theory share a commonality which is the effects of observables. However, the causes of these effects remain safely hidden. Some known undetectable causes are magnetic monopoles, gravitons, gluons, scalar Higgs bosons, right-handed, and supersymmetric elementary particles. In order for some PTs to make any sense is to assume the existence of these hidden causes. Therefore, the origin of PT is these hidden variables of natural selection.
Time independence: [∂E(g)]²=[∂F(a)×∂r(a)]·[∂F(b)×∂r(b)] and Mass independence: ¶a(t)·¶r(t)=c²
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Linear Mode
