AbstractA growing neutrino mass can stop the dynamical evolution of a dark energy scalar field, thus explaining the “why now” problem. We show that such models lead to a substantial neutrino clustering on the scales of superclusters. Non-linear neutrino lumps form at redshift z≈1 and could partially drag the clustering of dark matter. If observed, large scale non-linear structures could be an indication for a new attractive “cosmon force” stronger than gravity
We study the cosmic microwave background (CMB) anisotropy induced by the nonlinear perturbations in ...
We investigate the non-linear evolution of the relic cosmic neutrino background by running large box...
The clustering amplitude of 7143 clusters from the Sloan Digital Sky Survey (SDSS) is found to incre...
Growing Neutrino quintessence describes a form of dynamical dark energy that could explain why dark ...
Growing neutrino quintessence describes a form of dynamical dark energy that could explain why d...
The energy scale of dark energy, ∼2×10-3 eV, is a long way off compared to all known fundamental sca...
We analyse the clustering features of Large Scale Structures (LSS) in the presence of massive neutri...
We present the results of the first N-body simulations of the Growing Neutrino scenario, as recentl...
Abstract. We present the results of the first N-body simulations of the Growing Neu-trino scenario, ...
Massive neutrinos make up a fraction of the dark matter, but due to their large thermal velocities, ...
We present the results of cosmological simulations of large-scale structure formation with massive n...
Solar, atmospheric and reactor neutrino experiments established that neutrinos are massive. It is qu...
We investigate the signatures left by the cosmic neutrino background on the clustering of matter, CD...
We have examined the consequences of assuming the existence of a light scalar boson, weakly coupled ...
We study the gravitational clustering of big bang relic neutrinos onto existing cold dark matter (CD...
We study the cosmic microwave background (CMB) anisotropy induced by the nonlinear perturbations in ...
We investigate the non-linear evolution of the relic cosmic neutrino background by running large box...
The clustering amplitude of 7143 clusters from the Sloan Digital Sky Survey (SDSS) is found to incre...
Growing Neutrino quintessence describes a form of dynamical dark energy that could explain why dark ...
Growing neutrino quintessence describes a form of dynamical dark energy that could explain why d...
The energy scale of dark energy, ∼2×10-3 eV, is a long way off compared to all known fundamental sca...
We analyse the clustering features of Large Scale Structures (LSS) in the presence of massive neutri...
We present the results of the first N-body simulations of the Growing Neutrino scenario, as recentl...
Abstract. We present the results of the first N-body simulations of the Growing Neu-trino scenario, ...
Massive neutrinos make up a fraction of the dark matter, but due to their large thermal velocities, ...
We present the results of cosmological simulations of large-scale structure formation with massive n...
Solar, atmospheric and reactor neutrino experiments established that neutrinos are massive. It is qu...
We investigate the signatures left by the cosmic neutrino background on the clustering of matter, CD...
We have examined the consequences of assuming the existence of a light scalar boson, weakly coupled ...
We study the gravitational clustering of big bang relic neutrinos onto existing cold dark matter (CD...
We study the cosmic microwave background (CMB) anisotropy induced by the nonlinear perturbations in ...
We investigate the non-linear evolution of the relic cosmic neutrino background by running large box...
The clustering amplitude of 7143 clusters from the Sloan Digital Sky Survey (SDSS) is found to incre...