The exploration of the end of the Dark Ages will be one of the most exciting field of the next decade. While most of the proposed observations must await the next-generation telescopes, the observational window of the redshifted 21cm line offers the possibility to investigate the physics of reheating and reionization on a short term. Here we describe several possible signatures detectable in the wavelength range 100-200 MHz. Among the physics that can be investigated: the epoch of reheating and reionization; topology and timescales of reheating; the nature of the ionizing sources; the baryon distribution at redshift z~10. Such a good deal of information is within reach of present-day, or near-future radio facilities
The Universe’s dark ages end with the formation of the first generation of galaxies. These objects s...
We present here 21 cm predictions from high dynamic range simulations for a range of reionization hi...
We combine observational data on a dozen independent cosmic properties at high-z with the informatio...
Observations of the high-redshift Universe with the 21 cm hyperfine line of neutral hydrogen promise...
The cosmological 21 cm signal is set to become the most powerful probe of the early Universe, with f...
The cosmological 21 cm signal is set to become the most powerful probe of the early Universe, with f...
We explore the ability of measurements of the 21-cm power spectrum during reionization to enable the...
The cosmological 21cm signal is set to become the most powerful probe of the early Universe, with fi...
The redshifted 21-cm line of distant neutral H atoms provides a probe of the cosmic "dark ages" and ...
We measure several properties of the reionization process and the corresponding low-frequency 21 cm ...
The prospect of detecting the first galaxies by observing their impact on the intergalactic medium a...
A number of large current experiments aim to detect the signatures of the cosmic reionization at red...
The high ionization level and universal metallicity (1% solar) of the intergalactic gas at redshifts...
We use the Fisher matrix formalism and seminumerical simulations to derive quantitative predictions ...
We combine observational data on a dozen independent cosmic properties at high-z with the informatio...
The Universe’s dark ages end with the formation of the first generation of galaxies. These objects s...
We present here 21 cm predictions from high dynamic range simulations for a range of reionization hi...
We combine observational data on a dozen independent cosmic properties at high-z with the informatio...
Observations of the high-redshift Universe with the 21 cm hyperfine line of neutral hydrogen promise...
The cosmological 21 cm signal is set to become the most powerful probe of the early Universe, with f...
The cosmological 21 cm signal is set to become the most powerful probe of the early Universe, with f...
We explore the ability of measurements of the 21-cm power spectrum during reionization to enable the...
The cosmological 21cm signal is set to become the most powerful probe of the early Universe, with fi...
The redshifted 21-cm line of distant neutral H atoms provides a probe of the cosmic "dark ages" and ...
We measure several properties of the reionization process and the corresponding low-frequency 21 cm ...
The prospect of detecting the first galaxies by observing their impact on the intergalactic medium a...
A number of large current experiments aim to detect the signatures of the cosmic reionization at red...
The high ionization level and universal metallicity (1% solar) of the intergalactic gas at redshifts...
We use the Fisher matrix formalism and seminumerical simulations to derive quantitative predictions ...
We combine observational data on a dozen independent cosmic properties at high-z with the informatio...
The Universe’s dark ages end with the formation of the first generation of galaxies. These objects s...
We present here 21 cm predictions from high dynamic range simulations for a range of reionization hi...
We combine observational data on a dozen independent cosmic properties at high-z with the informatio...