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In it was shown that, even when the boundary conditions imply that the metric fluctuations vanish at the AdS boundary, the stringy source induces an O(r3) k independent term in the series expansion for the metric fluctuations. This O(r3) contribution is apparently related to the infinite mass of the quark and corresponds to a delta function at the location of the quark when going to real space. Regardless, it does not appear in the 1/k expansion that we are considering here.
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In it was shown that, even when the boundary conditions imply that the metric fluctuations vanish at the AdS boundary, the stringy source induces an O(r3) k independent term in the series expansion for the metric fluctuations. This O(r3) contribution is apparently related to the infinite mass of the quark and corresponds to a delta function at the location of the quark when going to real space. Regardless, it does not appear in the 1/k expansion that we are considering here.
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