Aether drift and the isotropy of the universe: a measurement of anisotropies in the primordial black-body radiation

Mathematics – Logic

Scientific paper

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Anisotropic Media, Black Body Radiation, Isotropic Media, Angular Resolution, Earth Rotation, Oxygen, Radiometers, Solar Orbits

Scientific paper

This experiment detected and mapped large-angular-scale anisotropies in the 3 K primordial black-body radiation with a sensitivity of 2x.0001k and an angular resolution of about 10 degs. It measured the motion of the Earth with respect to the distant matter of the Universe (Aether Drift), and probed the homogeneity and isotropy of the Universe (the Cosmological Principle). The experiment used two Dicke radiometers, one at 33 GHz to detect the cosmic anisotropy, and one at 54 GHz to detect anisotropies in the residual oxygen above the detectors. The system was installed in the NASA-Ames Earth Survey Aircraft (U-2), and operated successfully in a series of flights.

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