The fraction of ionizing photons that escape high-redshift galaxies sensitively determines whether galaxies reionized the early Universe. However, this escape fraction cannot be measured from high-redshift galaxies because the opacity of the intergalactic medium is large at high redshifts. Without methods to measure the escape fraction of high-redshift galaxies indirectly, it is unlikely that we will know what reionized the Universe. Here, we analyze the far-ultraviolet (UV) H
Hydrogen in the Universe was (re)ionized between redshifts z ≈ 10 and z ≈ 6. The nature of the sourc...
We present measurements of the specific ultraviolet luminosity density from a sample of 483 galaxies...
International audienceContext. The ionizing Lyman continuum flux escaping from high-redshift galaxie...
The fraction of ionizing photons that escape high-redshift galaxies sensitively determines whether g...
Reionisation was the period during which the first galaxies emitted enough hydrogen-ionising photons...
MNRAS Letters, in pressThe escape fraction of ionizing photons from galaxies is a crucial quantity c...
Context. The neutral intergalactic medium above redshift ∼6 is opaque to ionizing radiation, and the...
Context. The ionizing Lyman continuum flux escaping from high-redshift galaxies into the intergalact...
The fraction of ionizing photons escaping from high-redshift star-forming galaxies is a key obstacle...
Context. The reionization of the Universe is one of the most important topics of present-day astroph...
The fraction of ionizing photons escaping from high redshift star-forming galaxies is a key obstacle...
Context. The reionization of the Universe is one of the most important topics of present-day astroph...
The cosmic reionization represents a fundamental yet poorly understood phase transition in the evolu...
$\textit{Context}$ The reionization of the Universe is one of the most important topics of present-...
Star-forming galaxies have long been considered the dominant sources of the cosmic ultraviolet backg...
Hydrogen in the Universe was (re)ionized between redshifts z ≈ 10 and z ≈ 6. The nature of the sourc...
We present measurements of the specific ultraviolet luminosity density from a sample of 483 galaxies...
International audienceContext. The ionizing Lyman continuum flux escaping from high-redshift galaxie...
The fraction of ionizing photons that escape high-redshift galaxies sensitively determines whether g...
Reionisation was the period during which the first galaxies emitted enough hydrogen-ionising photons...
MNRAS Letters, in pressThe escape fraction of ionizing photons from galaxies is a crucial quantity c...
Context. The neutral intergalactic medium above redshift ∼6 is opaque to ionizing radiation, and the...
Context. The ionizing Lyman continuum flux escaping from high-redshift galaxies into the intergalact...
The fraction of ionizing photons escaping from high-redshift star-forming galaxies is a key obstacle...
Context. The reionization of the Universe is one of the most important topics of present-day astroph...
The fraction of ionizing photons escaping from high redshift star-forming galaxies is a key obstacle...
Context. The reionization of the Universe is one of the most important topics of present-day astroph...
The cosmic reionization represents a fundamental yet poorly understood phase transition in the evolu...
$\textit{Context}$ The reionization of the Universe is one of the most important topics of present-...
Star-forming galaxies have long been considered the dominant sources of the cosmic ultraviolet backg...
Hydrogen in the Universe was (re)ionized between redshifts z ≈ 10 and z ≈ 6. The nature of the sourc...
We present measurements of the specific ultraviolet luminosity density from a sample of 483 galaxies...
International audienceContext. The ionizing Lyman continuum flux escaping from high-redshift galaxie...