  The Hubble tension, known as a discrepancy between the local measurements vs.
the CMB, SNe and galaxy clustering fits of the Hubble constant, the first
measurement of the 21-centimeter high-redshift signal by EDGES, the
high-redshift galaxy halo number densities and the measurements of the ionizing
photon mean free path represent a great challenge for the concordance
cosmology. We show that the nonsingular Einstein-Cartan cosmological model with
the simple parametrization of torsion of spacetime (angular momentum of the
Universe) can substantially improve agreement with data. Light Majorana
neutrinos are dominant source of the spin of matter coupled to torsion, while
the heavy Majorana neutrinos represent cold dark matter particles fulfilling
the Griest-Kamionkowski unitarity bound.
