By the way, I prefer not to use the word "believe" which makes it sound like a quasi-religious idea. I would say that in my opinion this could be a useful way to understand how things work.
"3.Does this theory have anything to do with your last year essay?"
It is related to work in my previous three FQXi essays. I have added a more detailed argument in favour of "complete symmetry" from the holographic principle by relating it to the converse of Noether's second theorem, and I have introduced the iterated integration mapping which is a recent development. these are relevant to the "It from Bit" topic.
"4.Will your theory clearly derive QFT or gravity or calculate the SM constants or CC to name a few."
I hope it will derive QFT and gravity. I am not confident that it will calculate SM constants or dark energy. This is a theory about quantum gravity which is relevant to the Planck scale. the standard model is a theory of the TeV scale and below which is many orders of magnitude lower in energy. The theory at the Planck scale should include all of physics in principle but I think that expecting to derive SM physics from QG is like expecting to derive chemistry or even biology from SM physics but even harder. There is probably a lot of physics in between to account for dark matter, inflation and other stuff we have not yet seen.
"5.Speaking of consistency. Are you really content with the three main forces of SM. The carrier of EM force is "virtual photons" then the weak force you get REAL particles W/Z then the strong is carried by "virtual quarks/gluons" where they all unite at GUT ! Can your theory figure out this mess?"
The difference between photons and gluons vs W/Z is that the former are massless and the latter have mass due to Higgs. gluons are also confined so not seen on-shell. All of them manifest as virtual particles and all exist as real particles (in the case of gluons in deconfined phase). That much is well understood. There are many questions including "why so many parameters" "why is there fine-tuning" "what happens at higher energy" etc. I have no idea what happens at the GUT scale, we have along way to go to answer that. In principle a unified theory at the GUT or Planck scale may answer these questions, but it may also be too difficult to calculate what goes on in detail (as in chemistry, nuclear physics etc.) or there may be some arbitrary element (as in biology, geophysics etc.) such as a vacuum selection that can only be determined by experiment. My aims are ambitious enough but they are not so ambitious as to answer all these questions.
"So far you have done a good job engaging, not like last year, where all the top prize winners were silent, a deafening silence. "
This topic is of more interest to me and there have been good essays already so I am keen to engage where I can. It is always hard to get the professionals involved and we should respect any contribution they make. The change of rules may encourage more of them to join in the commenting, or it may put them off entering, we shall see.
Thank you for your excellent questions. I hope I have gone some way towards answering them.