Type Ia supenovae are commonly thought to be the outcome of the thermonuclear explosion of a white dwarf in a binary system. Nevertheless, there is no agreement on the scenarios (double degenerates, symbiotics stars ...) able to produce such events nor on the mechanisms responsible of such explosions (central ignition of a carbon-oxygen mixture, off-center detonation of He...). In this paper we review the present status of the problem and we show, in the context of a CO central ignition, how γ-ray astronomy can provide useful constraints to the theoretical models.Peer Reviewe
Context. The progenitor problem of Type Ia supernovae (SNe Ia) is still unsolved. Most of these even...
The progenitor systems and explosion mechanism of Type Ia supernovae are still unknown. Currently fa...
A self-consistent model of white dwarf burning in Supernova Ia events is presented which includes th...
Type Ia supenovae are commonly thought to be the outcome of the thermonuclear explosion of a white d...
Supernovae are some of the brightest and most energetic explosions in the universe. In the mid- to l...
Abstract: Type Ia supernovae are thought to result from thermonuclear explosions of carbon-oxygen wh...
Context. Type Ia supernovae (SNe Ia) have been an important tool for astronomy for quite some time; ...
The observed sub-class of “superluminous” Type Ia supernovae lacks a convincing theoretical explanat...
Because calibrated light curves of Type Ia supernovae have become a major tool to determine the loca...
Thermonuclear explosions may arise in binary star systems in which a carbon–oxygen (CO) white dwarf ...
Context.The recent discovery of a very bright type Ia supernova, SNLS-03D3bb (≡SN 2003fg), in the S...
In this paper we address the theory of type Ia supernovae from the moment of carbon runaway up to se...
Type Ia supernovae are used as distance indicators to measure the expansion rate of the Universe and...
Abstract. A self-consistent model of white dwarf burning in Supernova Ia events is presented which i...
The progenitor channel responsible for the majority of Type Ia supernovae is still uncertain. One em...
Context. The progenitor problem of Type Ia supernovae (SNe Ia) is still unsolved. Most of these even...
The progenitor systems and explosion mechanism of Type Ia supernovae are still unknown. Currently fa...
A self-consistent model of white dwarf burning in Supernova Ia events is presented which includes th...
Type Ia supenovae are commonly thought to be the outcome of the thermonuclear explosion of a white d...
Supernovae are some of the brightest and most energetic explosions in the universe. In the mid- to l...
Abstract: Type Ia supernovae are thought to result from thermonuclear explosions of carbon-oxygen wh...
Context. Type Ia supernovae (SNe Ia) have been an important tool for astronomy for quite some time; ...
The observed sub-class of “superluminous” Type Ia supernovae lacks a convincing theoretical explanat...
Because calibrated light curves of Type Ia supernovae have become a major tool to determine the loca...
Thermonuclear explosions may arise in binary star systems in which a carbon–oxygen (CO) white dwarf ...
Context.The recent discovery of a very bright type Ia supernova, SNLS-03D3bb (≡SN 2003fg), in the S...
In this paper we address the theory of type Ia supernovae from the moment of carbon runaway up to se...
Type Ia supernovae are used as distance indicators to measure the expansion rate of the Universe and...
Abstract. A self-consistent model of white dwarf burning in Supernova Ia events is presented which i...
The progenitor channel responsible for the majority of Type Ia supernovae is still uncertain. One em...
Context. The progenitor problem of Type Ia supernovae (SNe Ia) is still unsolved. Most of these even...
The progenitor systems and explosion mechanism of Type Ia supernovae are still unknown. Currently fa...
A self-consistent model of white dwarf burning in Supernova Ia events is presented which includes th...