From Quantum Relational Equivalence to Multi-folds Encounter in the Real Universe and Confirmation of the E/G conjecture

A recent popular science article proposed an intriguing model resulting from the combination of a few concepts and papers. The first one showed that exchanging quantum information between Alice and Bob creates reality, in particular 3D space, i.e. 4D spacetime with Lorentz symmetries. The second argues, with non-relativistic Quantum Mechanics (QM), that relational relativity between Quantum Reference Frames (QRFs) implies non-invariance of entanglement, quantum coherence and correlation; a result not aligned with relativistic QM, or multi-fold universes. Finally, the article argues that, as construction of a relative reality occurs by exchanging quantum information, uncertainty will remain between Bob and Alice due to the non-commutativity of spacetime. Both in conventional relativistic QM, and in our multi-fold theory, entanglement is not relative. Correcting such outcome in the non-relativistic use cases above, and therefore disagreeing with the second paper, hints at multifolds between entangled systems. Such result provides more consistent QFRs that ensure invariance of entanglement/coherence and correlation. It is a result of conventional Physics, not just multi-fold theory and a new original result. Multi-fold spacetime is non-commutative, so one can recover the related results of the article. Spacetime can be reconstructed by exchanging quantum information. However, reality is now invariant with a minimum unresolvable uncertainty. The exchange of quantum information associated with the reconstruction of reality, now invariant, seems to explain the fundamental relationship between spacetime and information theory, via information exchanges, and not just microscopically via entropy as is typically considered. It adds motivation for the activation of multi-fold when systems get locally entangled. Interestingly the first paper indicates how important non-zero spin systems are to build reality via exchanges of quantum information. In our multi-fold model of the big bang and inflation, and small scales, with random walks of multi-fold massless Higgs particles, non-zero spins do not really exist until the Higgs field condensates into Qballs solitons with a superconducting skins that corresponds to microscopic black holes horizon and models other particles. Beyond fluctuations, this takes place at and after the multi-fold gravity electroweak symmetry breaking. This explains the seamless evolution, through spatial scales, of a discrete spacetime (2D regime) to a 3D then 4D spacetime that becomes from non-commutative to continuous. It is a unique new contribution of the paper and a significant consistency validation for the multi-fold theory. Encountering multi-fold-like mechanisms in conventional physics is a milestones from the point of view of the multifold theory: if the real universe is governed by relational Quantum Physics, then ensuring invariance of entanglement, coherence and correlations, implies multi-fold-like mechanisms for entanglement, as well as something like the W-Type Multi-fold hypothesis. When combined with other results that we obtained recently, respectively encountering entanglement in gravity, when quantizing the Hilbert Einstein action, and no graviton as 1 shmaes.physics@gmail.com Cite as: Stephane H Maes, (2022), “From Quantum Relational Equivalence to Multi-folds Encounter in the Real Universe and Confirmation of the E/G conjecture”, https://shmaesphysics.wordpress. com/2022/02/12/from-quantum-relational-equivalenceto-multi-folds-encounter-in-the-real-universe-and-confirmation-of-the-e-g-conjecture/, February 7, 2022. conventional virtual particles non-perturbatively subject to bootstrap and S-matrix, it looks like we have theoretically affirmed the E/G conjecture in our real universe: entanglement generates gravity like effects and gravity results from entanglement. These results are theoretical validations. Quantitative and experimental progress are still needed though.