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Jim Lundquist
- 38
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I am thoroughly confused regarding the modeling and graphic depictions of gravitational wave propagation. These waves must propagate in three dimensions, not in the planar rubber sheet example that is often shown or the ripples on a pond example. Even the recently publicized example of the collision of neutron stars, shows the stars rotating about an axis that we can call the y-axis in a plane that we can call the (x, z) plane. The subsequent collision propagates a wave in that (x, z) plane. I understand that one can argue that the stars approached each other in that plane, but the gravity of that system is still manifested in three dimensions. For sake of argument, let’s just say that the “hand of God” placed these two stars in empty space and motionless relative to each other, and I am an invisible observer observing from an arbitrary (x, z) plane, what would determine the plane of rotation?
Thought experiment: If there were simultaneous collisions of 6 pairs of neutron stars (2 pairs on each axis of a symmetrical grid composed of x, y and z axes) and all of equal mass and all pairs equidistant from each other along each axis, what would be the effect on space at point (0, 0, 0) on that grid? Could this be how quantum particles are formed…by the constructive interference of gravitational waves?
Thought experiment: If there were simultaneous collisions of 6 pairs of neutron stars (2 pairs on each axis of a symmetrical grid composed of x, y and z axes) and all of equal mass and all pairs equidistant from each other along each axis, what would be the effect on space at point (0, 0, 0) on that grid? Could this be how quantum particles are formed…by the constructive interference of gravitational waves?