Alignments and Gaps Between Multi-fold Universes And Loop Quantum Gravity
Stéphane Maes
Abstract
Multi-fold universes and LQG have a lot in common as well as complementarities. A priori, both models are compatible with each other. The present paper analyses these touch points and suggests ways forward both in terms of multi-fold universes and of LQG. Also, considering the relationships between multi-fold universes results and superstring theories, there are many ways that the three approaches could use lessons learned or mechanisms from each other, in order to fill gaps or improve some of their own models. Maybe they could even converge towards new and more encompassing combined frameworks. We conclude with a call for such a collaboration.
Topics & Concepts
Loop quantum gravityFold (higher-order function)Superstring theoryA priori and a posterioriLinear-quadratic-Gaussian controlFirst orderTheoretical physicsQuantum gravityComputer scienceQuantumMathematicsPhysicsMathematical physicsApplied mathematicsEpistemologyControl (management)Artificial intelligenceQuantum mechanicsSupersymmetryPhilosophyProgramming languageNoncommutative and Quantum Gravity TheoriesBlack Holes and Theoretical PhysicsCosmology and Gravitation Theories