Effects of rotating gravitational waves

Abstract

We study gravitational waves to first and second order in amplitude in vacuum asymptotically flat spacetimes. The Einstein equations are solved to first order and these solutions are superposed to form a time-symmetric ingoing and then outgoing pulse regular everywhere. The waves are assumed to have odd-parity and a non-vanishing angular momentum which keeps them away from the axis at all times. The averaged energy of the waves is evaluated. The relevant Einstein equation is then solved to second order in the amplitude. The influence of the angular momentum of the waves on the rotation of local inertial frames with respect to the frames at great distances is analyzed. The rotation of the frames occurs even in the region around the origin where spacetime is almost flat. The rotation is without time delay as it follows from the constraint equation. The results are illustrated graphically for various values of the "harmonic index m" corresponding to azimuthal rotation and the "harmonic index l" describing the latitudinal rotation of the waves. The apparent motions of the fixed stars on the celestial sphere as seen through rotating waves from the local inertial frame are calculated and displayed.

15 pages, 4 figures

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• Controlling Photon Entanglement with Mechanical Rotation
• Quantum Detection of Inertial Frame Dragging
• Construction and application of variations on the cylindrical gravitational waves of Weber, Wheeler, and Bonnor
• Perturbations of the orbital elements due to the magnetic-like part of the field of a plane gravitational wave
• Rotation of inertial frames by angular momentum of matter and waves
• Dragging of inertial frames by matter and waves