Well, lets continue. I've explained, why every information inside of our Universe is mediated by energy spreading, which can be always considered inertial - at least conceptually (until the exact nature of the matter will not be known). The crucial question is by now: how the structure of such matter should appear, to enable us to see as giant Universe, as possible?
For example, if the matter, which is serving for information spreading will be composed of many particles, the energy will spread through it in longitudinal waves. This is not very good, despite of the density of matter used, because such spreading is quite dispersive. Furthermore, as we know already from Hertz's experiment, the energy through vacuum is spreading in transversal waves, which can be polarized. While the longitidinal waves cannot.
Fortunately, the Nature gives us the easy clue during condensation of supercritical foam. During this, the spongy density fluctuations are formed temporarily from particle environment. When the condensation continues, these fluctuations will reconnect and fragmentize into larger droplets, so that the longitudinal character of energy spreading is restored.
Here at least two important points in the foamy state of matter. At first, during this moment, a certain part of energy will spread via transversal waves through it (so we can detect the temporal drop of sound waves speed, for example). At second, the energy density, which will correspond the spreading of energy through bulk phase will be always lower, then the density of energy, which will spread via newly formed spongy surfaces (why?).
If the mass/energy density of such foam will limit to infinity, the difference between energy density of bulk and surface phase will limit to the very high value too - but it will always remain finite, albeit of the quite high value. Can anybody explain by using of well known physics of Victorian era, why is it so? You can use the math of 21th century by the same way, of course...