Exozodiacal dust clouds are thought to be the extrasolar analogs of the Solar System's zodiacal dust. Studying these systems provides insights in the architecture of the innermost regions of planetary systems, including the Habitable Zone. Furthermore, the mere presence of the dust may result in major obstacles for direct imaging of earth-like planets. Our EXOZODI project aims to detect and study exozodiacal dust and to explain its origin. We are carrying out the first large, near-infrared interferometric survey in the northern (CHARA/FLUOR) and southern (VLTI/PIONIER) hemispheres. Preliminary results suggest a detection rate of up to 30% around A to K type stars and interesting trends with spectral type and age. We focus here on presenting...
The presence of large amounts of dust in the habitable zones of nearby stars is a significant obstac...
The authors thank the French National Research Agency (ANR) for financial support through contract A...
International audienceExo-zodiacal dust, exozodi for short, is warm (∼300 K) or hot (up to ∼2000 K) ...
Exozodiacal dust clouds are thought to be the extrasolar analogs of the Solar System's zodiacal dust...
International audienceExozodiacal dust clouds are thought to be the extrasolar analogs of the Solar ...
peer reviewedDebris dust in the habitable zones of stars - otherwise known as exozodiacal dust - com...
Since our first detection of a resolved near-infrared emission around the main sequence star Vega, w...
High levels of warm dust observed in the inner regions of planetary systems are known as exozodis, r...
Context. Detecting and characterizing circumstellar dust is a way to study the architecture and evol...
Debris dust in the habitable zones of stars otherwise known as exozodiacal dust comes from extrasola...
peer reviewedA warm/hot dust component (at temperature $>$ 300K) has been detected around $\sim$ 20%...
Context. Dust is expected to be ubiquitous in extrasolar planetary systems due to the dynamical acti...
The presence of large amounts of dust in the habitable zones of nearby stars is a significant obstac...
The authors thank the French National Research Agency (ANR) for financial support through contract A...
International audienceExo-zodiacal dust, exozodi for short, is warm (∼300 K) or hot (up to ∼2000 K) ...
Exozodiacal dust clouds are thought to be the extrasolar analogs of the Solar System's zodiacal dust...
International audienceExozodiacal dust clouds are thought to be the extrasolar analogs of the Solar ...
peer reviewedDebris dust in the habitable zones of stars - otherwise known as exozodiacal dust - com...
Since our first detection of a resolved near-infrared emission around the main sequence star Vega, w...
High levels of warm dust observed in the inner regions of planetary systems are known as exozodis, r...
Context. Detecting and characterizing circumstellar dust is a way to study the architecture and evol...
Debris dust in the habitable zones of stars otherwise known as exozodiacal dust comes from extrasola...
peer reviewedA warm/hot dust component (at temperature $>$ 300K) has been detected around $\sim$ 20%...
Context. Dust is expected to be ubiquitous in extrasolar planetary systems due to the dynamical acti...
The presence of large amounts of dust in the habitable zones of nearby stars is a significant obstac...
The authors thank the French National Research Agency (ANR) for financial support through contract A...
International audienceExo-zodiacal dust, exozodi for short, is warm (∼300 K) or hot (up to ∼2000 K) ...