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1. Describe the physical meaning of the coherence length & in supercon- ductors. 2. Derive the London differential equation describing the penetration of parallel magnetic

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1. Describe the physical meaning of the coherence length & in supercon- ductors. 2. Derive the London differential equation describing the penetration of parallel magnetic field into a superconducting surface. Show that it has a solution of the form, B(x) = Bo exp(-x/)), where Bo is a constant and A is the London penetration depth

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