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We connect the quasinormal modes corresponding to Dirac fermions in variousblack holes backgrounds to an N=2 supersymmetric quantum mechanics algebra,which can be constructed from the radial part of the fermionic solutions of theDirac equation. In the massless fermion case, the quasinormal modes are inbijective correspondence with the zero modes of the fermionic system and thisresults to unbroken supersymmetry. The massive case is more evolved but as weprove, supersymmetry remains unbroken even in this case.

Hidden Supersymmetry in Dirac Fermion Quasinormal Modes of Black Holes