London equations - what is the mass is present?
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The London equations, developed by brothers Fritz and Heinz London in 1935,relate current to electromagnetic fields in and around a superconductor.
the Londons did follow a certain intuitive logic in the formulation of their theory. Substances across a stunningly wide range of composition behave roughly according to Ohm's law, which states that current is proportional to electric field. However, such a linear relationship is impossible in a superconductor for, almost by definition, the electrons in a superconductor flow with no resistance whatsoever.
the Londons did follow a certain intuitive logic in the formulation of their theory. Substances across a stunningly wide range of composition behave roughly according to Ohm's law, which states that current is proportional to electric field. However, such a linear relationship is impossible in a superconductor for, almost by definition, the electrons in a superconductor flow with no resistance whatsoever.
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heya ❕ here's your answer I think this is your correct answer..
I suppose that a way to take into account electronic interaction or the lattice in the theory is using effective mass
where EnEn is n-th energy band Infact London in his book [1] uses the effective mass
[1] Fritz London, Macroscopic Theory of Superconductivity, volume I of Superfuids. Dover Publications, Inc (1961) , p. 60-61
took the help from Google
hope it helps you
I suppose that a way to take into account electronic interaction or the lattice in the theory is using effective mass
where EnEn is n-th energy band Infact London in his book [1] uses the effective mass
[1] Fritz London, Macroscopic Theory of Superconductivity, volume I of Superfuids. Dover Publications, Inc (1961) , p. 60-61
took the help from Google
hope it helps you
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