In this paper we present preliminary results from cosmological simulations of modified gravity in the dark matter sector. Our results show improvements over standard cold dark matter cosmology. The abundance of low-mass haloes in the modified gravity model fit observations better than the conventional theory, while the differences of the modified density fluctuation power spectrum differs from the standard, $\Lambda$CDM power spectrum are small enough to make these two models observationally indistinguishable at large scales
If the accelerated expansion of the Universe at the present epoch is driven by a dark energy sca...
We present the evolution of dark matter halos in six large cosmological N-body simula-tions, called ...
Accurate predictions for the nonlinear matter power spectrum are needed to confront theory with obse...
We present the first suite of cosmological N-body simulations that simultaneously include the effect...
The Theory of General Relativity (GR) is very well-tested on local Solar System scales, but tests on...
N-body simulations the topic, the discussion will not enter into the finest details of the different...
We develop and test an algorithm to rescale a simulated dark-matter particle distribution or halo ca...
Self-consistent N-body simulations of modified gravity models are a key ingredient to obtain rigorou...
The evidence in favor of a dark energy component dominating the Universe, and driving its presen...
The statistics of dark matter halos is an essential component of understanding the nonlinear evoluti...
Theories in which gravity is weaker on cosmological scales have been proposed to explain the observe...
The Dark Sky Simulations are an ongoing series of cosmological N-body simulations designed to provid...
Modified gravity theories are a popular research field in the hope that they could explain some of t...
We present a review of the current state of the art of cosmological dark matter simulations, with pa...
Astrophysical tests of modified modified gravity theories in the nearby universe have been emphasize...
If the accelerated expansion of the Universe at the present epoch is driven by a dark energy sca...
We present the evolution of dark matter halos in six large cosmological N-body simula-tions, called ...
Accurate predictions for the nonlinear matter power spectrum are needed to confront theory with obse...
We present the first suite of cosmological N-body simulations that simultaneously include the effect...
The Theory of General Relativity (GR) is very well-tested on local Solar System scales, but tests on...
N-body simulations the topic, the discussion will not enter into the finest details of the different...
We develop and test an algorithm to rescale a simulated dark-matter particle distribution or halo ca...
Self-consistent N-body simulations of modified gravity models are a key ingredient to obtain rigorou...
The evidence in favor of a dark energy component dominating the Universe, and driving its presen...
The statistics of dark matter halos is an essential component of understanding the nonlinear evoluti...
Theories in which gravity is weaker on cosmological scales have been proposed to explain the observe...
The Dark Sky Simulations are an ongoing series of cosmological N-body simulations designed to provid...
Modified gravity theories are a popular research field in the hope that they could explain some of t...
We present a review of the current state of the art of cosmological dark matter simulations, with pa...
Astrophysical tests of modified modified gravity theories in the nearby universe have been emphasize...
If the accelerated expansion of the Universe at the present epoch is driven by a dark energy sca...
We present the evolution of dark matter halos in six large cosmological N-body simula-tions, called ...
Accurate predictions for the nonlinear matter power spectrum are needed to confront theory with obse...