We determine the peculiar velocity of the solar system relative to the frame of distant quasars, by studying the dipole anisotropy, if any, in the redshift distribution of a large sample of quasars distributed across the sky. The magnitude of the peculiar velocity thus determined turns out be extremely large (9750±550km/s; ∼3% the speed of light), and is about an order of magnitude larger than the velocity determined from the dipole anisotropy in the Cosmic Microwave Background Radiation or the value determined earlier relative to the frame of distant radio sources. Even the direction of the motion is in a direction nearly opposite to the earlier determinations. The large differences in the magnitudes of inferred motion as well as their opposite signs are rather disconcerting. A genuine difference between these velocity vectors would imply highly anisotropic Universe, with anisotropy changing with epoch. This would violate the cosmological principle where the isotropy of the Universe is assumed for all epochs, and which is the basis of modern cosmological models.
If the dipoles are intrinsic, then the Earth is the center of the universe.