With the launch of the James Webb Space Telescope (JWST), we are now able to make observations earlier into the history of galaxy formation for our Universe. Those observations have shown us that the current models of galaxy formation based on Dark Matter do not seem to be correct. Galaxies have formed much earlier than the current models would predict. These models use the conventional ‘pulling’ gravitational forces of both conventional matter and Dark Matter to predict how soon galaxies would form during the evolution of our Universe. This paper explores an alternative theory of Dark Matter to explain the earlier formation of our galaxies. This alternative theory suggests that antihydrogen atoms in the cosmic voids provide a ‘pushing’ force on all matter around them. This paper shows how, when the ‘pulling’ forces from matter and ‘pushing’ forces from antimatter are combined, they produce the more rapid formation of stars and galaxies.Keywords — AIV, Antimatter, ASPIRE, CEERS, Dark Matter, Galaxy Formation, JWST, JD1, Voids