The study of higher-dimensional black holes is a subject which has recently attracted vast
interest. Perhaps one of the most surprising discoveries is a realization that the properties of …

Spinning particles in curved space-time can have fermionic symmetries generated by the
square root of bosonic constants of motion other than the hamiltonian. We present a general …

We consider the electrodynamics of spinning point particles. We introduce a modification of
the Lorentz force law which can be interpreted as a classical limit of the Dirac-Klein-Gordon …

In spacetimes admitting Yano tensors, the classical theory of the spinning particle possesses
enhanced worldline supersymmetry. Quantum mechanically generators of extra …

The supersymmetric extension of Taub-NUT space admits four standard supersymmetries
plus several additional non-standard ones. The geometrical origin of these symmetries is …

We discuss the covariant formulation of the dynamics of particles with Abelian and non-
Abelian gauge charges in external fields. Using this formulation we develop an algorithm for …

The motion of pseudo-classical spinning particles in a static, spherically symmetric
spacetime (as described by the Schwarzschild coordinate system) is analysed. The …

Hidden symmetries and supergravity solutions | Journal of Mathematical Physics | AIP
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We present a theorem describing a dual relation between the local geometry of a space
admitting a symmetric second-rank Killing tensor, and the local geometry of a space with a …

The supersymmetric extension of the motion of a charged point particle is applied to
investigate symmetries of gravitational fields and electromagnetic fields. We mainly focus on …