'AdS_5' Geometry Beyond Space-time and 4D Noncommutative Space-time
Otto C.W. Kong (Nat'l Central U, Taiwan)

TL;DR
This paper explores a novel 4D noncommutative space-time modeled as an `AdS_5` geometry, proposing a phase space perspective that extends classical space-time and may inform future quantum gravity theories.
Contribution
It introduces a new geometric framework for quantum space-time using `AdS_5`, integrating noncommutativity and phase space concepts to advance quantum gravity research.
Findings
4D noncommutative space-time resembles part of a phase space.
`AdS_5` geometry models quantum space-time beyond classical notions.
Proposes a foundational approach for quantum gravity with fundamental constants.
Abstract
We discuss a 4D noncommutative space-time as suggested by the version of quantum (deformed) relativity which provides a classical geometry picture as an `AdS_5'. The 4D noncommutative space-time is more like a part of a phase space description, in accordance with the quantum notion -- quantum mechanics talks about only states but not configurations. The `AdS_5' picture also illustrates the classical 4D space-time is to be described as part of a bigger geometry beyond space-time at the quantum level. The radically new picture of quantum 'space-time' is expected to provide the basis for a (still to be formulated) new approach to quantum gravity with fundamental constants (quantum) hbar and Newton's constant G put at a similar level as c, the speed of light.
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Taxonomy
TopicsNoncommutative and Quantum Gravity Theories · Algebraic and Geometric Analysis · Advanced Operator Algebra Research
