… we can obtain the fermion quasinormal modes for a higher-… These modes are of interest in
socalled split fermion models, … l modes in our results, but the inclusion of these modes does …

… Here we calculate quasinormal modes of a massive Dirac field in the Kerr … quasinormal
modes (quasiresonances), which exist for boson fields, appear also in the fermions’ quasinormal …

… While the quasinormal modes of bosonic fields have been thoroughly … for fermionic
perturbations. In this paper, we complement previous studies by calculating the quasinormal modes …

… the decay of massless boson and fermion perturbations around a Schwarzschild black hole
… Using the Newman–Penrose formalism,23 we can easily obtain the separated equations for …

… fermion quasinormal modes in a purely higher dimensional Schwarzschild background
within the framework of split fermion … as studying split fermion quasinormal modes for higher …

… as fermion perturbations in pure de Sitter spacetimes. For scalar perturbations we have shown
that well-defined quasinormal modes … The quasinormal modes of fermion perturbations in …

… It was found that unstable modes break spatial symmetries, leading … fermionic fields, they
are also relevant for the physics of bosons, see for instance [49]. Here we see that these modes …

The continued fraction method (also known as Leaver’s method) is one of the most effective
techniques used to determine the quasinormal modes of a black hole. For extremal black …

… Following [7], the (normalized) physical states of the system for bosons and fermions are [7] …
a trajectory in imaginary or complex time joining two separated classical turning points [2, 3]. …

… quasinormal modes and the gravitational echoes of a double braneworld. The double braneworld
is a kind of split … of a fermion on Bloch branes with two scalar-fermion couplings, Class. …