The GiggleZ Simulation Suite

This publication presents the GiggleZ simulation suite and uses the GiggleZ-main simulation to characterise the clustering of galaxies accross cosmic time.

Click here to see the full paper on NASA ADS (if you do not have access to the journal, follow the arXiv link).

This study presents the first baryon acoustic oscillation (BAO) cosmology measurement from WiggleZ. GiggleZ is used to account for the scale dependance of galaxy clustering bias.

Click here to see the full paper on NASA ADS (if you do not have access to the journal, follow the arXiv link).

This study places a highly competitive constraint on the mass of the neutrino using the large-scale distribution of the galaxies observed by WiggleZ. GiggleZ provides the model distribution needed to maximize the precision of this measurement.

Click here to see the full paper on NASA ADS (if you do not have access to the journal, follow the arXiv link).

This study uses the topology of the distribution of galaxies observed by WiggleZ to perform a highly-novel cosmological distance measurement. GiggleZ is used to check the methodology of this measurement for systematics.

Click here to see the full paper on NASA ADS (if you do not have access to the journal, follow the arXiv link).

This study performs a measurement of the scale at which the observed Universe becomes homogeneous. GiggleZ is used to check for systematics in this measurement and to establish a theoretical expectation from the standard cosmological model. The standard model is validated.

Click here to see the full paper on NASA ADS (if you do not have access to the journal, follow the arXiv link).

This study presents a new approach to measuring the growth rate of cosmic structure. GiggleZ provides the dataset needed for the analysis.

Click here to see the full paper on NASA ADS (if you do not have access to the journal, follow the arXiv link).

This study presents a fast and flexible method to generating mock realizations of the distribution of neutral hydrogen during the epoch of reionization. GiggleZ is one of several simulations that the method is applied to.

Click here to see the full paper on NASA ADS (if you do not have access to the journal, follow the arXiv link).

This study presents the new galaxy formation model SAGE. SAGE is applied to several simulations including GiggleZ-MR.

Click here to see the full paper on NASA ADS (if you do not have access to the journal, follow the arXiv link).