Membrane scattering from Bagger-Lambert theory
Takayuki Hirayama, Dan Tomino
TL;DR
This paper examines membrane scattering in a three-dimensional superconformal theory to determine if the one-loop effective potential accurately reproduces the expected Newtonian potential in an eleven-dimensional orbifold space.
Contribution
It investigates the consistency of the one-loop effective potential with membrane scattering predictions in Bagger-Lambert-Gustavsson theory.
Findings
Analysis of the one-loop effective potential
Comparison with Newtonian membrane potential
Insights into membrane dynamics in M-theory
Abstract
In this note, we discuss membrane scattering from the three dimensional N=8 superconformal theory with SO(8) global symmetry constructed by Bagger-Lambert and Gustavsson. We discuss whether the one loop effective potential consistently reproduces the Newton potential of membranes moving in an eleven dimensional orbifold space.
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