Neumann Boundary Conditions from D1-Brane Description at the Presence of Electric Field
Jamila Douari
TL;DR
This paper investigates how fluctuations of D1-D3 branes under an electric field lead to Neumann boundary conditions, revealing a dependence on the electric field that affects the system's boundary behavior.
Contribution
It demonstrates that the presence of an electric field modifies the boundary conditions of D1-D3 brane fluctuations, providing a detailed analysis from the D1-brane perspective.
Findings
Fluctuations obey Neumann boundary conditions.
Boundary behavior depends on the electric field strength.
System separates into regions based on electric field presence.
Abstract
We study the fluctuations of D1D3 branes from D1-Brane description in the presence of world volume electric field. The fluctuations are found to obey Neumann boundary conditions separating the system into two regions depending on electric field .
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