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note
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Note the qualitative difference between the lines corresponding to t =t/5 and t =t/4. For a range of doping levels (x<0.12) t =t/5 happens to be just under a critical coupling strength below which the metallic layer does not contribute to Tc. That is, the superfluid density of the metallic layer falls to zero at a temperature lower than the homogeneous underdoped Tc. In this regime the curve Tc (x) simply follows the bulk Tc of the underdoped film.
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The fact that the interlayer hopping is much smaller than t/5 can be inferred, for example, from resistivity measurements (Ref.), which find the anisotropy ρc / ρab ∼1000.
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The fact that the interlayer hopping is much smaller than t/5 can be inferred, for example, from resistivity measurements (Ref.), which find the anisotropy ρc / ρab ∼1000.
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