Generalized 't Hooft-Nobbenhuis Complex Transformation for Emergent Quantum Mechanics
Jeffrey Alloy Q. Abanto · arXiv (Cornell University) · 2019
Possible applications of a generalized 't Hooft-Nobbenhuis spacetime complex transformation on subjects such as Emergent Quantum Mechanics, Deformed Special Relativity, Quantum Gravity and Unification were considered. Then a new quantum interpretation was outlined that considers various ideas such as Bohmian Mechanics, geon theory of matter, quantum particles as sub-microscopic black holes, hydrodynamical analogy of quantum systems and metric tensor fluctuation. Also a new quantum formalism was proposed with the use of Ricci Flow as a statistical system that can be used to describe the topology change at Planck Scale and the idea that the metric tensor can be considered as a microscopical state in a statistical system.