To constrain the conditions for very early nucleosynthesis in the Universe we compare the chemical enrichment pattern of an extremely metal-poor damped Lyman α (DLA) absorber with predictions from recent explosive nucleosynthesis model calculations. For this, we have analyzed chemical abundances in the DLA system at $z_{{\rm abs}}=2.6183$ toward the quasar Q0913+072 ($z_{{\rm em}}=2.785$) using public UVES/VLT high spectral resolution data. The total neutral hydrogen column density in this absorber is log N(H
We report the discovery and analysis of the most metal-poor damped Lyman α (DLA) system currently kn...
In order to characterize Damped Lyα Absorption systems (DLAs) potentially hosting first stars, we pr...
In order to characterize Damped Lyα Absorption systems (DLAs) potentially hosting first stars, we pr...
To constrain the conditions for very early nucleosynthesis in the Universe we compare the chemical e...
International audienceTo constrain the conditions for very early nucleosynthesis in the Universe we ...
To constrain the conditions for very early nucleosynthesis in the Universe we compare the chemical e...
We report the discovery and analysis of the most metal-poor damped Lyman α (DLA) system currently kn...
We report the discovery and analysis of the most metal-poor damped Lyman α (DLA) system currently kn...
In this first paper of a series, we report on the use of quasar spectra obtained with the high-resol...
We present high resolution spectroscopic observations of two neighbouring damped Lyman α systems (DL...
Damped Lyman Alpha systems are high Hydrogen column density gaseous systems (N(HI)>2.10^20 cm-²) de...
Damped Lyman Alpha systems are high Hydrogen column density gaseous systems (N(HI)>2.10^20 cm-²) de...
Damped Lyman Alpha systems are high Hydrogen column density gaseous systems (N(HI)>2.10^20 cm-²) de...
We present new Keck/HIRES data of the most metal-poor damped Lyman-alpha (DLA) system currently know...
We present new Keck/HIRES data of the most metal-poor damped Lyman-alpha (DLA) system currently know...
We report the discovery and analysis of the most metal-poor damped Lyman α (DLA) system currently kn...
In order to characterize Damped Lyα Absorption systems (DLAs) potentially hosting first stars, we pr...
In order to characterize Damped Lyα Absorption systems (DLAs) potentially hosting first stars, we pr...
To constrain the conditions for very early nucleosynthesis in the Universe we compare the chemical e...
International audienceTo constrain the conditions for very early nucleosynthesis in the Universe we ...
To constrain the conditions for very early nucleosynthesis in the Universe we compare the chemical e...
We report the discovery and analysis of the most metal-poor damped Lyman α (DLA) system currently kn...
We report the discovery and analysis of the most metal-poor damped Lyman α (DLA) system currently kn...
In this first paper of a series, we report on the use of quasar spectra obtained with the high-resol...
We present high resolution spectroscopic observations of two neighbouring damped Lyman α systems (DL...
Damped Lyman Alpha systems are high Hydrogen column density gaseous systems (N(HI)>2.10^20 cm-²) de...
Damped Lyman Alpha systems are high Hydrogen column density gaseous systems (N(HI)>2.10^20 cm-²) de...
Damped Lyman Alpha systems are high Hydrogen column density gaseous systems (N(HI)>2.10^20 cm-²) de...
We present new Keck/HIRES data of the most metal-poor damped Lyman-alpha (DLA) system currently know...
We present new Keck/HIRES data of the most metal-poor damped Lyman-alpha (DLA) system currently know...
We report the discovery and analysis of the most metal-poor damped Lyman α (DLA) system currently kn...
In order to characterize Damped Lyα Absorption systems (DLAs) potentially hosting first stars, we pr...
In order to characterize Damped Lyα Absorption systems (DLAs) potentially hosting first stars, we pr...