Logarithmic correction to black hole entropy in universal low-energy string theory models
arXiv:2210.16230 · doi:10.1007/JHEP03(2023)028
Abstract
We calculate the logarithmic correction to the entropy of asymptotically flat and AdS black holes (rotating, non-rotating, charged, and uncharged) embedded in Einstein-Maxwell-dilaton (EMD) theories with -charged. The leading quantum gravitational corrections are achieved in both extremal and non-extremal limits of black hole temperature by designing a common Euclidean gravity setup that evaluates the "logarithmic term" from one-loop effective actions via heat kernel method-based calculations. EMD theories are universal building blocks of compactified string theory or supergravity models in 4D. For a concrete example, we generalize the entire setup and calculate logarithmic corrections for black holes in -charged EMD models intersecting with ungauged and gauged bosonic supergravity. In contrast to flat backgrounds, all the AdS results are found to be non-topological, providing a wider "infrared window" into the microscopic degrees of freedom of black holes in string theory.
v2: 57 pages + references, Published version in JHEP
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Cited by in corpus (5)
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- Non-perturbative correction on the black hole geometry
- Logarithmic correction to the entropy of a Kerr-Newman family of black holes in -charged STU supergravity models
- Thermodynamics as a tool for (quantum) gravitational dynamics
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