Meissner
effect - Superconductivity
The phenomenon of superconductivity was discovered by Kamerlingh Onnes
in 1911.
At temperatures near of 0K, some elements and alloys become superconductors.
Vectorial interpretation :
What is the "temperature"?
The temperature are the perturbations of the vector space, with oscillations
emitted by atoms.
At 0K the atoms have "stopped" the their oscillations and presents
status "static" - superconductivity.
Meissner effect
Meissner effect is the interaction between a superconductors (SC) and
a magnet (Mg).
In this interaction, the magnetic vector current (CVM), with proof of
solid quality, "print" on atoms of the superconductor, the own
guidance.
MCC when reaching on the SC surface, the vectors have orientations in
the same direction - repulsive force.
CVM, penetrated into SC, generating an orthogonal vector current - forces
of attraction.
The equilibrium of these forces determines the vectorial linking,
between superconductor and magnet.
