A new kink method computes the Floquet phase of Heun-type equations as convergent series, matching the dual gauge period of N=2 SYM in the NS background and giving black-hole perturbation wavefunctions.
Exact absorption probabilities for the D3-brane
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abstract
We consider a minimal scalar in the presence of a three-brane in ten dimensions. The linearized equation of motion, which is just the wave equation in the three-brane metric, can be solved in terms of associated Mathieu functions. An exact expression for the reflection and absorption probabilities can be obtained in terms of the characteristic exponent of Mathieu's equation. We describe an algorithm for obtaining the low-energy behavior as a series expansion, and discuss the implications for the world-volume theory of D3-branes.
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Regular and Floquet bases for gauge and gravity theories: a non perturbative approach
A new kink method computes the Floquet phase of Heun-type equations as convergent series, matching the dual gauge period of N=2 SYM in the NS background and giving black-hole perturbation wavefunctions.