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2016

Simulating cosmologies beyond $\Lambda$CDM with PINOCCHIO

Rizzo, Luca Alberto, Villaescusa-Navarro, Francisco, Monaco, Pierluigi et al.

Understand

We present a method that extends the capabilities of the PINpointing Orbit-Crossing Collapsed HIerarchical Objects (PINOCCHIO) code, allowing it to generate accurate dark matter halo mock catalogues in cosmological models where the linear growth factor and the growth rate depend on scale.

Such cosmologies comprise, among others, models with massive neutrinos and some classes of modified gravity theories.
We validate the code by comparing the halo properties from PINOCCHIO against N-body simulations, focusing on cosmologies with massive neutrinos: $\nu\Lambda$CDM.
We analyse the halo mass function, halo two-point correlation function, halo power spectrum and the moments of the halo density field, showing that PINOCCHIO reproduces the results from simulations with the same level of precision as the original code ($\sim5-10\%$).