I review one of the numerous physical processes that might change the standard model of recombination, i.e. the annihilation of Dark Matter particles. The high precision of current and future CMB data may allow the detection of these processes, that leave recognizable imprints on the angular power spectra. I review some of the results obtained in constraining this phenomenon using current WMAP5 data and forecasted data for future experiments such as the Planck satellite mission
International audienceI review few examples of the numerous physical processes that might change the...
AbstractWe update the constraint on the dark matter annihilation cross section by using the recent m...
Anisotropies of the cosmic microwave background (CMB) have proven to be a very powerful tool to cons...
The recombination history of the Universe provides a useful tool for constraining the annihilation o...
The recombination history of the Universe provides a useful tool for constraining the annihilation o...
Dark matter (DM) annihilation during hydrogen recombination (z ~ 1000) will alter the recombination ...
Cosmic microwave background (CMB) constraints on dark matter annihilation are a uniquely powerful to...
We compute in detail the rate at which energy injected by dark matter annihilation heats and ionizes...
The injection of secondary particles produced by dark matter (DM) annihilation around redshift simil...
We compute the bounds on the dark matter (DM) annihilation cross section using the most recent Cosmi...
Self-Annihilating Dark Matter (DM) candidates can modify the recombination history of the Universe, ...
We update the constraint on the dark matter annihilation cross section by using the recent measureme...
Updated constraints on the dark matter cross section and mass are presented combining cosmic microwa...
International audienceThe injection of secondary particles produced by Dark Matter (DM) annihilation...
International audienceThe annihilation or decay of Dark Matter (DM) particles could affect the therm...
International audienceI review few examples of the numerous physical processes that might change the...
AbstractWe update the constraint on the dark matter annihilation cross section by using the recent m...
Anisotropies of the cosmic microwave background (CMB) have proven to be a very powerful tool to cons...
The recombination history of the Universe provides a useful tool for constraining the annihilation o...
The recombination history of the Universe provides a useful tool for constraining the annihilation o...
Dark matter (DM) annihilation during hydrogen recombination (z ~ 1000) will alter the recombination ...
Cosmic microwave background (CMB) constraints on dark matter annihilation are a uniquely powerful to...
We compute in detail the rate at which energy injected by dark matter annihilation heats and ionizes...
The injection of secondary particles produced by dark matter (DM) annihilation around redshift simil...
We compute the bounds on the dark matter (DM) annihilation cross section using the most recent Cosmi...
Self-Annihilating Dark Matter (DM) candidates can modify the recombination history of the Universe, ...
We update the constraint on the dark matter annihilation cross section by using the recent measureme...
Updated constraints on the dark matter cross section and mass are presented combining cosmic microwa...
International audienceThe injection of secondary particles produced by Dark Matter (DM) annihilation...
International audienceThe annihilation or decay of Dark Matter (DM) particles could affect the therm...
International audienceI review few examples of the numerous physical processes that might change the...
AbstractWe update the constraint on the dark matter annihilation cross section by using the recent m...
Anisotropies of the cosmic microwave background (CMB) have proven to be a very powerful tool to cons...