Our goal is to study the effects of the UV radiation from the first stars, quasars and decays of the hypothetical Super Heavy Dark Matter (SHDM) particles on the formation of primordial bound objects in the Universe. We trace the evolution of a spherically symmetric density perturbation in the Lambda Cold Dark Matter ($\Lambda$CDM) and MOND models, solving the frequency-dependent radiative transfer equation, non-equilibrium chemistry, and one-dimensional gas hydrodynamics. We concentrate on the destruction and formation processes of the H$_2$ molecule, which is the main coolant in the primordial objects
We use high resolution N-body/gasdynamical simulations to investigate the effects of a photoionizing...
Abstract: In these lecture notes we review the current knowledge about the formation of the first lu...
Abstract: In these lecture notes we review the current knowledge about the formation of the first lu...
Our goal is to study the effects of the UV radiation from the first stars, quasars and hypothetical ...
Cosmic structure originated from minute density perturbations in an almost homogeneous universe. The...
Recent quantum mechanical calculations of photodissociation and radiative association of some diatom...
Context. Previous works have demonstrated that the generation of secondary CMB anisotropies due to ...
We present results from multifrequency radiative hydrodynamical chemistry simulations addressing pri...
In massive primordial galaxies, the gas may directly collapse and form a single central massive obje...
Primordial stars are formed from a chemically pristine gas consisting of hydrogen and helium. They a...
The cosmological recombination ofHand He at z103 and the formation of H2 during the dark ages produc...
The cosmological recombination ofHand He at z103 and the formation of H2 during the dark ages produc...
We present a novel scenario for globular cluster (GC) formation, where the ultraviolet (UV) backgrou...
Restricted Access. An open-access version is available at arXiv.org (one of the alternative location...
We investigate the early formation of bound objects with masses comparable to the cosmological Jeans...
We use high resolution N-body/gasdynamical simulations to investigate the effects of a photoionizing...
Abstract: In these lecture notes we review the current knowledge about the formation of the first lu...
Abstract: In these lecture notes we review the current knowledge about the formation of the first lu...
Our goal is to study the effects of the UV radiation from the first stars, quasars and hypothetical ...
Cosmic structure originated from minute density perturbations in an almost homogeneous universe. The...
Recent quantum mechanical calculations of photodissociation and radiative association of some diatom...
Context. Previous works have demonstrated that the generation of secondary CMB anisotropies due to ...
We present results from multifrequency radiative hydrodynamical chemistry simulations addressing pri...
In massive primordial galaxies, the gas may directly collapse and form a single central massive obje...
Primordial stars are formed from a chemically pristine gas consisting of hydrogen and helium. They a...
The cosmological recombination ofHand He at z103 and the formation of H2 during the dark ages produc...
The cosmological recombination ofHand He at z103 and the formation of H2 during the dark ages produc...
We present a novel scenario for globular cluster (GC) formation, where the ultraviolet (UV) backgrou...
Restricted Access. An open-access version is available at arXiv.org (one of the alternative location...
We investigate the early formation of bound objects with masses comparable to the cosmological Jeans...
We use high resolution N-body/gasdynamical simulations to investigate the effects of a photoionizing...
Abstract: In these lecture notes we review the current knowledge about the formation of the first lu...
Abstract: In these lecture notes we review the current knowledge about the formation of the first lu...