Double copies in 4D AdS gravity are classified one-to-one with orbits of so(2,3) isometry elements via a Penrose-type transform, yielding black holes, branes and other solutions, with extension to multicopies for higher spins.
Rotating Rindler-AdS Space.Phys
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A general framework isolates the linear term in the holographic quark-antiquark potential for symmetric strings in stationary backgrounds, with explicit hypergeometric and elliptic integral expressions for black brane and Rindler-AdS cases.
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Classifying double copies and multicopies in AdS
Double copies in 4D AdS gravity are classified one-to-one with orbits of so(2,3) isometry elements via a Penrose-type transform, yielding black holes, branes and other solutions, with extension to multicopies for higher spins.
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The Static Heavy Quark-Antiquark Potential within String Theory in Arbitrary Stationary Backgrounds
A general framework isolates the linear term in the holographic quark-antiquark potential for symmetric strings in stationary backgrounds, with explicit hypergeometric and elliptic integral expressions for black brane and Rindler-AdS cases.