# Deep Inelastic Scattering off a Plasma with a Background Magnetic Field

## TL;DR

This paper uses holography to study how a background magnetic field influences deep inelastic scattering in a strongly coupled quark-gluon plasma, revealing that magnetic fields hinder the detection of plasma constituents.

## Contribution

It demonstrates how magnetic fields alter the plasma's partonic structure using the D3-D7 brane model, providing new insights into plasma behavior under magnetic influence.

## Key findings

- Magnetic field makes it harder to detect plasma constituents.
- Results agree with other theoretical approaches.
- Provides criteria for deep inelastic scattering in magnetic fields.

## Abstract

Using holography, we analyse deep inelastic scattering of a flavor current from a strongly coupled quark-gluon plasma with a background magnetic field. The aim is to show how the magnetic field affects the partonic picture of the plasma. The flavored constituents of the plasma are described using D3-D7 brane model at finite temperature. We find that the presence of a background magnetic field makes it harder to detect the plasma constituents. Our calculations are in agreement with those calculated from other approaches. Besides the resulting changes for plasma structure functions a criteria will be obtained for the possibility of deep inelastic process in the presence of magnetic field.