Clustering Distortions from Lyman-alpha Radiative Transfer

Visualization of Lyman-alpha radiative transfer on the Illustris simulation. Left to right: z=2.0,3.0,4.0,5.9.

Abstract

Lyman-alpha based emission line surveys are prone to errors in their interpretation due to the complex radiative transfer for this line. We address this issue by running full radiative transfer simulations on the Illustris simulations and generate mock observations of Lyman-alpha emitters. Doing so, we can quantify two physical distortion effects in the two-point correlation function introduced by radiative transfer.

Date
Mar 15, 2018 12:00 AM
Location
IPMU, Tokyo, Japan
Chris Byrohl
Chris Byrohl
PhD Student

My research interests include Lyman-$\alpha$ radiation to study galaxies and the large-scale structure, supernovae type Ia and high-performance computing.