Dear Avtar
In response to your request for a comment on your essay, I would go slightly further than you have indicated in your essay and view the notion of a multiverse as being absurd - effectively giving up on physics and going for all out fantasy. Like George Ellis, I would disagree with your premise of dismissing GR by using a Newtonian gravitational potential. HOWEVER, a significant inconsistency in the standard interpretation of the cosmological constant in GR is readily apparent in a supposed 'constant' in a theory defined by the 'relative' - not exactly hidden from sight! The obvious physics question in a theory called Relativity should be to ask, constant relative to what? The answer is the term next to it in Einstein's field equations, namely the metric. In a FRW cosmology, the metric is parameterised by the radial scale factor R of the universe, g(R), which for a closed S3 universe is the radius R in a notional 4th dimension outside of the space that doesn't really exist. The cosmological term L is mathematically required to be constant relative to variations in the metric g(R) *within* the space, which means that it can also be parameterised by the notional 'extra dimensional' parameter R. In fact, interpreting GR as a physics theory and not just as a piece of maths, requires L(R) as it is a cosmological term denoting the global effect of radiation pressure against the physical space (see section 3 of my paper). This totally changes the game with respect to the failings of a cosmological 'constant' in the standard cosmology, and your equation (11) L(R) =3H2C2 would have the correct radial scaling for a radiation pressure effect which scales as 1/R4.
In GR both mass and energy have gravitational attraction, but the radiation pressure effect at the global level of a closed S3 cosmology would have an expansionary effect that cancels, or nullifies, some of the gravitational attraction of radiation. So I am left wondering just how much of the results of your model are due to using the right sort of radial dependence for the cosmological term L(R). It can also be noted that in a local version of GR, the gravitational coupling constant would also depend upon the radial scale factor of the universe G(R). With 2 of the 3 constants having such a radial dependence, this would seem to imply that the speed of light in a local theory would also has a radial scale factor dependence c(R). In which case, the reliability of observational data interpreted through a GR model of 'constants' is questionable. This might explain a number of the features of the 'absurd universe' and the way to resolve them as being to view GR as a *physical* theory and not as a mathematical map totally bereft of the physical territory it is supposed to be describing.
The 9 page limit and lack of freely accessible reference means that I cannot see how the issues of QT are resolved in your model.
Regards
Michael