We study the production of dark matter and dark radiation after reheating in string inflation models where the Calabi-Yau has a fibred structure and the visible sector lives on D3 branes. We show how the interplay between different physical constraints from inflation, reheating, supersymmetry breaking and dark radiation, leads to distinct predictions for the nature of dark matter.Comment: 12 pages, 4 figure
Explicit string models which can realize inflation and low-energy supersymmetry are notoriously diff...
We present a new mechanism for generating the observed dark matter energy density, through resonant ...
We report on a study of the natural warm inflationary paradigm (WNI). We show two important new resu...
We study the production of dark matter and dark radiation after reheating in string inflation models...
We study the production of dark matter and dark radiation after reheating in string inflation models...
We study slow roll single field inflationary scenario and the production of non-thermal fermionic da...
We investigate dark matter phenomenology and Higgs inflation in a dark $U(1)_D$-extended model. The ...
It is widely believed that string theory easily allows for a QCD axion in the cosmologically favoure...
Reheating in string compactifications is generically driven by the decay of the lightest modulus w...
I review a (3+1)-dimensional, string-inspired cosmological model with gravitational anomalies (of Ch...
We investigate the possibility of keV scale thermal dark matter in a minimal gauged $B - L$ extensio...
I present some new perspectives on Dark Matter, Dark Energy and the origin of structure in the Unive...
It is widely believed that string theory easily allows for a QCD axion in the cosmologically favored...
It is widely believed that string theory easily allows for a QCD axion in the cosmologically favored...
Explicit string models which can realize inflation and low-energy supersymmetry are notoriously diff...
Explicit string models which can realize inflation and low-energy supersymmetry are notoriously diff...
We present a new mechanism for generating the observed dark matter energy density, through resonant ...
We report on a study of the natural warm inflationary paradigm (WNI). We show two important new resu...
We study the production of dark matter and dark radiation after reheating in string inflation models...
We study the production of dark matter and dark radiation after reheating in string inflation models...
We study slow roll single field inflationary scenario and the production of non-thermal fermionic da...
We investigate dark matter phenomenology and Higgs inflation in a dark $U(1)_D$-extended model. The ...
It is widely believed that string theory easily allows for a QCD axion in the cosmologically favoure...
Reheating in string compactifications is generically driven by the decay of the lightest modulus w...
I review a (3+1)-dimensional, string-inspired cosmological model with gravitational anomalies (of Ch...
We investigate the possibility of keV scale thermal dark matter in a minimal gauged $B - L$ extensio...
I present some new perspectives on Dark Matter, Dark Energy and the origin of structure in the Unive...
It is widely believed that string theory easily allows for a QCD axion in the cosmologically favored...
It is widely believed that string theory easily allows for a QCD axion in the cosmologically favored...
Explicit string models which can realize inflation and low-energy supersymmetry are notoriously diff...
Explicit string models which can realize inflation and low-energy supersymmetry are notoriously diff...
We present a new mechanism for generating the observed dark matter energy density, through resonant ...
We report on a study of the natural warm inflationary paradigm (WNI). We show two important new resu...