Singularities at real points of H space

Mathematics

Scientific paper

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Function Space, Gravitational Waves, Radiation Distribution, Singularity (Mathematics), Manifolds (Mathematics), Null Zones, Orbit Calculation, Particle Motion, Points (Mathematics), Quadrupoles

Scientific paper

A study is presented of the geometry of two-dimensional real subspaces in radiation fields possessing a twist-free axial symmetry for the case of quadrupole radiation fields for which determination of the shear-free slices reduces to the standard problem of determining orbits of a particle moving in a potential. In the presence of gravitational radiation, no shear-free slices of null infinity are present; however, a four-complex-dimensional set of shear-free slices of complexified null infinity exist which comprise the manifold H space. In general, there are no preferred real subspaces of H space associated with slices of real null infinity, but a two-parameter family of shear-free slices exist in radiation fields with a twist-free axial symmetry. Possible singularities caused by intense radiation fields are investigated; it was found that such singularities occur for radiation fields with the characteristic power of c to the 5th per G.

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