The alignment of the angular-momentums/spins of quasars and the perpendicularity of the planes of the main disc of massive spiral galaxies and the disc of a vast polar structure (VPOS) which contains the satellite galaxies, some globular clusters and stellar and gaseous streams, suggest that the Universe as a whole and the massive galaxies have a history that cannot be easily explained within the Cosmological Standard Model (CSM). Here, applying the Scale-Symmetric Theory, we showed that at the beginning of expansion of the Universe there appeared in the binary systems of protogalaxies two perpendicular discs each composed of the dark-matter (DM) loops. Dynamics of the binary systems of protogalaxies and the early Universe leads to perpendicularity of the main disc and VPOS. During the highest radial acceleration of the protogalaxies just at the beginning of expansion of the Universe (initially it was cosmic double loop with left-handed internal helicity of each loop), to stabilize the main disc and conserve its angular momentum, the binary systems of protogalaxies made a rotation (i.e. a rotation of their rotation and magnetic axes) of 90 degrees in such a way that initially the angular-momentums/spins (and magnetic axes) were mostly antiparallel to their radial velocities, i.e. initially the expanding Universe looked as a magnetic monopole. But the succeeding inflows of dark energy (locally they could be turbulent and they lasted a few Gyr) that initially caused the explosions of the binary systems of protogalaxies (in such a way appeared the VPOSs), partially destroyed the monopole-like structure of the early Universe. But a statistical analyse should show that described here correlation is preferred i.e. in the distant Universe, there should be a little more massive spiral galaxies with counter-clockwise rotation i.e. left-handed. The initial radial polarization of the spins of quasars explains their alignment.