Weak Gravity Conjecture, Central Charges and η/sη/s

preprint2010arXivOpen access

Abstract

We correlate the weak gravity conjecture (WGC), the KSS conjecture with chemical potential at extremality and the central charges by going through a particular example in five dimensional AdS spacetime with two unknown coefficients c1,c2c_1, c_2, assuming WGC exists in AdS spacetime. The result that follows from this example suggests that WGC makes the KSS conjecture to hold in the extremal limit but only when one of the coefficient vanishes (c1=0,c2≠0c_1=0, c_2\neq 0 or c2=0,c1≠0c_2=0, c_1\neq 0) and when both the coefficients are non zero it can respect and/or violate the KSS conjecture depending on the choice to c1c_1 at extremality, even though η/sη/s do not depend on c1c_1 at extremality. Moreover, WGC is not fully compatible with the calculation of central charges even though the bounds on coefficient c1c_1 that follows from demanding WGC stays within the bounds that central charges predict. As usual, the KSS conjecture is violated, of course, in the non-extremal limit.

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