The acceptance of the multiverse by prominent cosmologists opens the door to exploring alternative solutions to Einstein's field equations. This brief paper explores the mathematics of an alternative solution in which it is postulated that dτ physically behaves differently than it does in the FLRW cosmology (i.e., dτ=a(t)dt as opposed to the FLRW's dτ=dt).  The equations that are analogous to the Friedmann equations contain an additional a² term, and the equation that is analogous to the Friedmann acceleration equation has a change in sign. The age-based a(t)=t/t₀ solution to these equations results in an Einstein variable gravity model in which the cosmological constant (Λ) discrepancy is resolved. The analogs to the Friedmann equations, when evaluated between the Planck era and t₀ effectively reduce to the same expression as the calculation of the vacuum Zero-point energy, i.e. Ω_ΛZ=10¹²⁰