Add to ORKGIn this paper, we review the various ways in which an infrared stellar interferometer can be used to perform direct detection of extrasolar planetary systems. We first review the techniques based on classical stellar interferometry, where (complex) visibilities are measured, and then describe how higher dynamic ranges can be achieved with nulling interferometry. The application of nulling interferometry to the study of exozodiacal discs and extrasolar planets is then discussed and illustrated with a few examples
International audienceWe consider a combination of two techniques, namely the nulling interferometer...
Direct detection and characterization of faint sources around bright astrophysical objects is very d...
The characterization of Earth-like extrasolar planets in the mid-infrared is a significant observati...
Abstract. In this paper, we review the various ways in which an infrared stel-lar interferometer can...
The study of extrasolar planetary systems has thrived during the last two decades, stimulated by the...
The existence of other habitable worlds and the possible development of life elsewhere in the Univer...
We evaluate the direct detection of extrasolar giant planets with a two-aperture nulling infrared in...
Interferometric techniques o†er two advantages for the detection and analysis of thermal radiation f...
Earth-sized planets around nearby stars are being detected for the first time by ground-based radial...
The spectral characterisation and understanding of terrestrial exoplanets is currently one of the mo...
Direct imaging of exoplanets is vital for understanding star system formation and the evolutionary b...
Most of the 500 extra-solar planets detected to date have been discovered either by radial velocity ...
The possible presence of large amounts of exozodiacal dust around nearby main sequence stars represe...
The Darwin and TPF-I space missions will be able to study the atmosphere of distant worlds similar t...
Context. Earth-sized planets around nearby stars are being detected for the first time by ground-bas...
International audienceWe consider a combination of two techniques, namely the nulling interferometer...
Direct detection and characterization of faint sources around bright astrophysical objects is very d...
The characterization of Earth-like extrasolar planets in the mid-infrared is a significant observati...
Abstract. In this paper, we review the various ways in which an infrared stel-lar interferometer can...
The study of extrasolar planetary systems has thrived during the last two decades, stimulated by the...
The existence of other habitable worlds and the possible development of life elsewhere in the Univer...
We evaluate the direct detection of extrasolar giant planets with a two-aperture nulling infrared in...
Interferometric techniques o†er two advantages for the detection and analysis of thermal radiation f...
Earth-sized planets around nearby stars are being detected for the first time by ground-based radial...
The spectral characterisation and understanding of terrestrial exoplanets is currently one of the mo...
Direct imaging of exoplanets is vital for understanding star system formation and the evolutionary b...
Most of the 500 extra-solar planets detected to date have been discovered either by radial velocity ...
The possible presence of large amounts of exozodiacal dust around nearby main sequence stars represe...
The Darwin and TPF-I space missions will be able to study the atmosphere of distant worlds similar t...
Context. Earth-sized planets around nearby stars are being detected for the first time by ground-bas...
International audienceWe consider a combination of two techniques, namely the nulling interferometer...
Direct detection and characterization of faint sources around bright astrophysical objects is very d...
The characterization of Earth-like extrasolar planets in the mid-infrared is a significant observati...