We will here, in Equations (9)-(11) of the following document, outline the point of the document, i.e. a change in the inflaton field, from a “negative” to a “positive” field contribution, leading to a counter intuitive result, namely that there would be a causal barrier when the inflaton field would vanish in the denominator of the derived energy density expression, about at the boundary between Pre Planckian to Planckian space-time physics. The rest of the paper will be to explain the reasons for this startling model and its possible implications.
2. Setting up the Template for the Vanishing of the Inflaton in the Boundary between Pre Planckian Space-Time to Planckian Space-Time
We use Freeze et al. Phantom bounce  plus Padmahan’s inflaton value  in the case of in order to come up with a criterion as to initial mass. As given by  we have at a non singular bounce model of Cosmology a modified Friedman Equation of the form
Which when this is set equal to zero, at the time of a quantum bounce for a non singular universe, with
This Equation (2) will have a modification of the density along the lines of .
We also will be examining the influence of 
With here as given by 
Our task will be to be looking at what this becomes with Equation (4) put into Equation (2) when .
The term for pressure we will be using is, then from 
Then, we will be looking at Equation (2) written as
Or then, if we use 
We get in the regime of Pre Planckian physics, the situation that we would have
In the regime of boundary between Pre Plankian to Planckian physics, we would have, instead
What will be examined, in this document will be what we will be considering i.e. when the bracket in the LN expression approaches zero, namely
The terms Visc, and will be considered to be invariant in the area of the surface of the spherical (?) regime for where we have our analysis as to what this causal discontinuity implies, and why. This will be an addition to  and its analysis of space-time dynamics.
3. Causal Discontinuity and What It May Be Implying.
In reference  we have a condition for which there is an extraordinarily rapid change in the value of the derivative of the inflaton, namely, an argument for which we have
In so many words, we believe that the dynamics of Equation (11) as it applies to Equation (9) and Equation (10) fit this bill and also add, perforce a way as to confirm the existence of such behavior.
4. Examination of the Causal Structure, as Implied by Fay Dowker, and What We Are Saying Replaces It
With the initial Hubble parameter, in this situation a constant value in the Pre Planckian regime of space-time, instead of the usual
Also, in Equation (1) is for a viscous “fluid” approximation in a non-singular regime of space-time namely, that we have initially due to  and the proportionality of energy to Boltzman’s constant times temperature 
At about this time interval, and beyond, we are examining as given by  and also, the minimum scale factor has a factor of which we interpret as today’s value of the cosmological constant. B is the early cosmological B field, the Frequency of the order of 10 ^ 40 Hz, and
To get to the bottom of what this is implying as far as causal structure and how we modify it, we will be examining what Dowker brought up in  , namely that she is assuming that there is no breakage as to what the causal interpolation of space time dynamics, to which we say, stuff and nonsense. However, we would be looking to preserve enough information exchange between physical domains in the prior to the present universe, as to preserve the operational continuity of physical law, as will be discussed in the conclusion.
5. Conclusions, i.e. Examination of the Following Information Exchange from a Prior to the Present Universe, in Light of the Incredibly Rapid Transition Implied by Reference  so as to Reconcile Transfer of Information Bits for as Far as Initial Values of the Plancks Constant Are Concerned
The key point is that we wish to determine what is a minimum amount of information bits/attendant entropy values needed for transmission of . If we specify a mass of about 10−60 grams per graviton, then to get at least one photon, and if we use photons as a way of “encapsulating” , then to first order, we need about 1012 gravitons/entropy units (each graviton, in the beginning being designated as one “carrier container” of information for one unit of ). If as an example, as calculated by Beckwith  (2009) that there were about 1021 gravitons introduced during the onset of inflaton , this means a minimum copy of about one billion information packets being introduced from a prior universe, to our present universe, i.e. more than enough to insure introducing enough copies of to insure continuity of physical processes.
The dynamics of actually gives us a clue as to how this is possible, i.e. to use, due to the brevity of time interval, the equivalent of quantum teleportation between both sides of the causal barrier, to insure continuity of physical processes, along the lines of  . Note that we are doing this even while maintaining fidelity with respect to  .
In other words, only enough information between both sides of the causal barrier would be swapped as to insure the continuity of physical processes, and this would be commensurate with an inquiry as to issues we will bring up next.
In order to have a positive inflaton, we would need to satisfy  having
This Equation (16) has to be taken in light of preserving also, , as given in Equation (12).
This also is the same condition for which we would have to have visc, i.e. the viscosity of the initial spherical starting point for expansion, nonzero as well as reviewing the issues as of      .
Whereas how we do it may allow for the Corda references   to be experimentally investigated. Finally the Abbot articles of   must be adhered to.
This work is supported in part by National Nature Science Foundation of China grant No. 11375279.