We show that the cosmic star formation rate per comoving volume should exhibit a distinct drop around the reionization redshift, when the HII regions in the intergalactic medium around individual ionizing sources first overlapped. The drop results from the increase in the temperature of the intergalactic medium as it was photo-ionized, and the consequent suppression of the formation of low-mass galaxies. We show quantitatively that the detection of this drop should become feasible over the coming decade with the Next Generation Space Telescope
The intergalactic medium was reionized before redshift z similar to 6, most likely by starlight whic...
The intergalactic medium was reionized before redshift z ∼ 6, most likely by starlight which escaped...
The intergalactic medium was reionized before redshift z similar to 6, most likely by starlight whic...
We use high-resolution simulations of cosmological volumes to model galaxy forma-tion at high-redshi...
We use high-resolution simulations of cosmological volumes to model galaxy formation at high-redshif...
I present a simple calculation of the expected mean CO brightness temperature from the large-scale d...
We present a self-consistent, semi-analytical LCDM model of star formation and reionization. For the...
I present a simple calculation of the expected mean CO brightness temperature from the large-scale d...
I present a simple calculation of the expected mean CO brightness temperature from the large-scale d...
I present a simple calculation of the expected mean CO brightness temperature from the large-scale d...
Reionization is thought to have occurred in the redshift range of 6 6 that matches the measured gal...
We present a self-consistent, semi-analytical ΛCDM model of star formation and reionization. F...
We present a self-consistent, semi-analytical ΛCDM model of star formation and reionization. F...
We have modelled the process of reionization in the high redshift Universe to determine the epoch of...
International audienceWe discuss constraints on cosmic reionisation and their implications on a cosm...
The intergalactic medium was reionized before redshift z similar to 6, most likely by starlight whic...
The intergalactic medium was reionized before redshift z ∼ 6, most likely by starlight which escaped...
The intergalactic medium was reionized before redshift z similar to 6, most likely by starlight whic...
We use high-resolution simulations of cosmological volumes to model galaxy forma-tion at high-redshi...
We use high-resolution simulations of cosmological volumes to model galaxy formation at high-redshif...
I present a simple calculation of the expected mean CO brightness temperature from the large-scale d...
We present a self-consistent, semi-analytical LCDM model of star formation and reionization. For the...
I present a simple calculation of the expected mean CO brightness temperature from the large-scale d...
I present a simple calculation of the expected mean CO brightness temperature from the large-scale d...
I present a simple calculation of the expected mean CO brightness temperature from the large-scale d...
Reionization is thought to have occurred in the redshift range of 6 6 that matches the measured gal...
We present a self-consistent, semi-analytical ΛCDM model of star formation and reionization. F...
We present a self-consistent, semi-analytical ΛCDM model of star formation and reionization. F...
We have modelled the process of reionization in the high redshift Universe to determine the epoch of...
International audienceWe discuss constraints on cosmic reionisation and their implications on a cosm...
The intergalactic medium was reionized before redshift z similar to 6, most likely by starlight whic...
The intergalactic medium was reionized before redshift z ∼ 6, most likely by starlight which escaped...
The intergalactic medium was reionized before redshift z similar to 6, most likely by starlight whic...