Adaptive optics observations in the infrared (VLT/NACO, Kervella et al. [6]) and visible (VLT/SPHERE, Kervella et al. [7]) domains revealed that the nearby AGB star L2 Pup (d = 64 pc) is surrounded by a dust disk seen almost edge-on. Thermal emission from a large dust “loop” is detected at 4 μm up to more than 10 AU from the star. We also detect a secondary source at a separation of 32 mas, whose nature is uncertain. L2 Pup is currently a relatively “young” AGB star, so we may witness the formation of a planetary nebula. The mechanism that breaks the spherical symmetry of mass loss is currently uncertain, but we propose that the dust disk and companion are key elements in the shaping of the bipolar structure. L2 Pup emerges as an important ...
Aims: Understanding the formation of planetary nebulae remains elusive because in the preceding asym...
Six billion years from now, while evolving on the asymptotic giant branch (AGB), the Sun w...
We present the discovery of an infrared nebula around the Cepheid prototype δ Cephei and its hot com...
Adaptive optics observations in the infrared (VLT/NACO, Kervella et al. [6]) and visible (VLT/SPHERE...
Based on observations made with ESO telescopes at Paranal Observatory, under ESO Science Verificatio...
Artículo de publicación ISIThe bright southern star L-2 Pup is a particularly prominent asymptotic g...
Based on observations made with ESO telescopes at Paranal Observatory, under ESO programs 090.D-0144...
The bright southern star L2 Pup is a particularly prominent asymptotic giant branch (AGB) star, loca...
© 2016 ESO. Six billion years from now, while evolving on the asymptotic giant branch (AGB), the Sun...
As the nearest known AGB star (d = 64 pc) and one of the brightest (mK ≈ −2), L2 Pup is a particula...
The impact of the dramatic terminal phases of the lives of Sun-like stars on their orbiting planets ...
Six billion years from now, while evolving on the asymptotic giant branch (AGB), the Sun will metamo...
16 pages, 15 figuresInternational audienceAs the nearest known AGB star (d=64pc) and one of the brig...
Aims. The circumstellar environment of L2 Pup, an oxygen-rich semiregular variable, was observed to ...
Aims. The circumstellar environment of L-2 Pup, an oxygen-rich semiregular variable, was observed to...
Aims: Understanding the formation of planetary nebulae remains elusive because in the preceding asym...
Six billion years from now, while evolving on the asymptotic giant branch (AGB), the Sun w...
We present the discovery of an infrared nebula around the Cepheid prototype δ Cephei and its hot com...
Adaptive optics observations in the infrared (VLT/NACO, Kervella et al. [6]) and visible (VLT/SPHERE...
Based on observations made with ESO telescopes at Paranal Observatory, under ESO Science Verificatio...
Artículo de publicación ISIThe bright southern star L-2 Pup is a particularly prominent asymptotic g...
Based on observations made with ESO telescopes at Paranal Observatory, under ESO programs 090.D-0144...
The bright southern star L2 Pup is a particularly prominent asymptotic giant branch (AGB) star, loca...
© 2016 ESO. Six billion years from now, while evolving on the asymptotic giant branch (AGB), the Sun...
As the nearest known AGB star (d = 64 pc) and one of the brightest (mK ≈ −2), L2 Pup is a particula...
The impact of the dramatic terminal phases of the lives of Sun-like stars on their orbiting planets ...
Six billion years from now, while evolving on the asymptotic giant branch (AGB), the Sun will metamo...
16 pages, 15 figuresInternational audienceAs the nearest known AGB star (d=64pc) and one of the brig...
Aims. The circumstellar environment of L2 Pup, an oxygen-rich semiregular variable, was observed to ...
Aims. The circumstellar environment of L-2 Pup, an oxygen-rich semiregular variable, was observed to...
Aims: Understanding the formation of planetary nebulae remains elusive because in the preceding asym...
Six billion years from now, while evolving on the asymptotic giant branch (AGB), the Sun w...
We present the discovery of an infrared nebula around the Cepheid prototype δ Cephei and its hot com...