Theories with dark forces and dark sectors are of interest for dark matter models. In this paper we find the region in parameter space that is constrained by supernova cooling constraints when the models include dark sector particles with masses around 100 MeV or less. We include only interactions with electrons and positrons. The constraint is important for small mixing parameters
Protoneutron stars formed during core-collapse supernovae are hot and dense environments that contai...
International audienceFeebly interacting particles with masses with O(10–100) MeV can be copiously ...
The recent results of the EDGES Collaboration indicate that during the era of reionization, the prim...
Theories with dark forces and dark sectors are of interest for dark matter models. In this paper we ...
We study constraints from Big Bang Nucleosynthesis on inert particles in a dark sector which contrib...
We study constraints from Big Bang Nucleosynthesis on inert particles in a dark sector which contrib...
Abstract We consider the constraints from Supernova 1987A on particles with small couplings to the S...
Meta-stable dark sector particles decaying into electrons or photons may non-trivially change the Hu...
Meta-stable dark sector particles decaying into electrons or photons may non-trivially change the Hu...
We show that light ({approx_equal} 1-30 MeV) dark matter particles can play a significant role in co...
4 pages, 1 figureWe show that light ($\simeq$ 1 -- 30 MeV) dark matter particles can play a signific...
Abstract. The white dwarf luminosity function is well understood in terms of standard model physics ...
International audienceTo illustrate the complementarity of the linear collider and astrophysics boun...
In this thesis, we perform a comprehensive study of Big Bang nucleosynthesis constraints on differen...
Meta-stable dark sector particles decaying into electrons or photons may non-trivially change the Hu...
Protoneutron stars formed during core-collapse supernovae are hot and dense environments that contai...
International audienceFeebly interacting particles with masses with O(10–100) MeV can be copiously ...
The recent results of the EDGES Collaboration indicate that during the era of reionization, the prim...
Theories with dark forces and dark sectors are of interest for dark matter models. In this paper we ...
We study constraints from Big Bang Nucleosynthesis on inert particles in a dark sector which contrib...
We study constraints from Big Bang Nucleosynthesis on inert particles in a dark sector which contrib...
Abstract We consider the constraints from Supernova 1987A on particles with small couplings to the S...
Meta-stable dark sector particles decaying into electrons or photons may non-trivially change the Hu...
Meta-stable dark sector particles decaying into electrons or photons may non-trivially change the Hu...
We show that light ({approx_equal} 1-30 MeV) dark matter particles can play a significant role in co...
4 pages, 1 figureWe show that light ($\simeq$ 1 -- 30 MeV) dark matter particles can play a signific...
Abstract. The white dwarf luminosity function is well understood in terms of standard model physics ...
International audienceTo illustrate the complementarity of the linear collider and astrophysics boun...
In this thesis, we perform a comprehensive study of Big Bang nucleosynthesis constraints on differen...
Meta-stable dark sector particles decaying into electrons or photons may non-trivially change the Hu...
Protoneutron stars formed during core-collapse supernovae are hot and dense environments that contai...
International audienceFeebly interacting particles with masses with O(10–100) MeV can be copiously ...
The recent results of the EDGES Collaboration indicate that during the era of reionization, the prim...