Within an adiabatic approximation, thermodynamical equilibrium and a small, nine dimensional, toroidal universe as initial conditions, we analyze the evolution of the dimensions in two different regimes: (i) the Hagedorn regime, with a single scale factor with a nearly constant time evolution (ii) an almost-radiation dominated regime, including the leading corrections due to the lightest Kaluza Klein and winding modes, in which for some initial conditions the large dimensions continue to expand and the small ones remain small
We propose an alternative scenario to cosmic inflation for producing the initial seeds of cosmic str...
In this talk I will discuss the role of finite temperature quantum corrections in string cosmology a...
Brane gas cosmology is a scenario inspired by string theory which proposes a simple resolution to th...
We study string-gas cosmology in dilaton gravity, inspired by the fact that it naturally arises in a...
We calculate the equation of state of a gas of strings at high density in a large toroidal universe ...
The substantial recent advances in early universe observational cosmology have confro...
We study string interaction rates in the Brandenberger-Vafa scenario, the very early universe cosmol...
We review recent progress in string cosmology, where string dualities are applied so as to obtain co...
The thermal equilibrium of string gas is necessary to activate the Brandenberger-Vafa mechanism, whi...
String gas cosmology is rewritten in the Einstein frame. In an effective theory in which a gas of cl...
We consider the role of extra dimensions in cosmology, focusing on cosmological phase transitions in...
32 pages, 3 figures, to be published by NOVA science publishersIn this work, we review the results o...
We study the role that string and brane winding modes may have played in cosmology. Such windings te...
LaTex, 22 pages, Lectures delivered at the Chalonge School, Nato ASI: Phase Transitions in the Early...
35 pages, 2 figuresWe are presenting the basic ingredients of a stringy mechanism able to resolve bo...
We propose an alternative scenario to cosmic inflation for producing the initial seeds of cosmic str...
In this talk I will discuss the role of finite temperature quantum corrections in string cosmology a...
Brane gas cosmology is a scenario inspired by string theory which proposes a simple resolution to th...
We study string-gas cosmology in dilaton gravity, inspired by the fact that it naturally arises in a...
We calculate the equation of state of a gas of strings at high density in a large toroidal universe ...
The substantial recent advances in early universe observational cosmology have confro...
We study string interaction rates in the Brandenberger-Vafa scenario, the very early universe cosmol...
We review recent progress in string cosmology, where string dualities are applied so as to obtain co...
The thermal equilibrium of string gas is necessary to activate the Brandenberger-Vafa mechanism, whi...
String gas cosmology is rewritten in the Einstein frame. In an effective theory in which a gas of cl...
We consider the role of extra dimensions in cosmology, focusing on cosmological phase transitions in...
32 pages, 3 figures, to be published by NOVA science publishersIn this work, we review the results o...
We study the role that string and brane winding modes may have played in cosmology. Such windings te...
LaTex, 22 pages, Lectures delivered at the Chalonge School, Nato ASI: Phase Transitions in the Early...
35 pages, 2 figuresWe are presenting the basic ingredients of a stringy mechanism able to resolve bo...
We propose an alternative scenario to cosmic inflation for producing the initial seeds of cosmic str...
In this talk I will discuss the role of finite temperature quantum corrections in string cosmology a...
Brane gas cosmology is a scenario inspired by string theory which proposes a simple resolution to th...