Quantum Myers effect and its supergravity dual for D0/D4 systems
Pedro J. Silva
TL;DR
This paper explores the duality between M-theory and D0-brane quantum mechanics by examining the quantum Myers effect and its supergravity dual, revealing polarization phenomena and structural similarities.
Contribution
It introduces a detailed analysis of the quantum Myers effect in D0/D4 systems and compares quantum and classical deformations in supergravity.
Findings
Identification of quantum polarization of the ground state.
Demonstration of structural similarity between quantum and supergravity deformations.
Insights into the duality between M-theory and D-brane quantum mechanics.
Abstract
The presence of a distant D4-brane is used to further investigate the duality between M-theory and D0-brane quantum mechanics. A polarization of the quantum mechanical ground state is found. A similar deformation arises for the bubble of normal space found near D0-branes in classical supergravity solutions. These deformations are compared and are shown to have the same structure in each case.
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