The interpretation of experimental results is very important. Other situations are: 1) build models in LQG and make the limit where the space-time is classical and the fields are quantum and comparing specific models in LQG with the corresponding models build in semi-classical context. If both result are very similars the consistency of the LQG model in the respective limit can be taken seriously.

I imagine that processes and events are fundamental, and the emergence of time and space can be extract from them.

Yes. Black holes are important solutions and their behavior may bring several clues about the marriage between quantum mechanics and gravity.

Excelent!

I think that other approaches such as Loop Quantum Gravity must be included in efforts to a unified theory. But the richness of these theories may lead to new chalenges and possibly, new ideas and concepts.

In science, the ultimate theory brings new ideas and concepts, leading to new theories. I think that is endless.

Very good, clear and concise.

I think that we must concentrate efforts in order to understand the vacuum properties, from experiment and theory.