Ever since Einstein published his theory dealing with relativity, scientific world was intrigued by it and on a continuous quest to expand it and use it to explain different phenomena. Physicists of quantum space are also looking at the application of it, but they also look to modify it in the light of new, scientific information. Theory of emergence is one such theory and it both confirms some areas of relativity theory, while at the same time it questions some of its foundations.
Key Takeaways:
- What we know of as gravity can be thought of as a difference between two probable changes in direction.
- The foundation of physics at the quantum and gravitational level may be interpreted through a geometric language of freewill choices.
- There is a relationship between spatial translation and frame energy that can be thought of as a cost and savings.
“Virtual photons and fermions are non-coherent instances of trit savings and cost in the Phi-field of the shell ordered state selections of the QSN.”
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