Binaries are not always neatly aligned. Previous observations of the DI Herculis system showed that the spin axes of both stars are highly inclined with respect to one another and the orbital axis. Here, we report on our ongoing survey to measure relative orientations of spin-axes in a number of eclipsing binary systems. These observations will hopefully lead to new insights into star and planet formation, as different formation scenarios predict different degrees of alignment and different dependencies on the system parameters. Measurements of spin-orbit angles in close binary systems will also create a basis for comparison for similar measurements involving close-in planets
Context. Several competing scenarios for planetary-system formation and evolution seek to explain ho...
Many of the known planetary systems are unlike our Solar System, containing hot Jupiters or planets ...
International audienceContext. Several competing scenarios for planetary-system formation and evolut...
Binaries are not always neatly aligned. Previous observations of the DI Her system showed that the s...
With observations of the EP Cru system, we continue our series of measurements of spin-orbit angles ...
With observations of the EP Cru system, we continue our series of measurements of spin-orbit angles ...
Context. The angle between the stellar spin-axis and the orbital plane of a stellar or planetary com...
Here we present an ensemble study of spin-orbit alignment in 51 close double star systems. We determ...
Binaries are not always neatly aligned. Previous observations of the DI Her system showed that the s...
The discovery of giant planets orbiting <0.1AU of their host star was one of the most unexpected res...
Context. Several competing scenarios for planetary-system formation and evolution seek to explain ho...
peer reviewedAs part of the Binaries Are Not Always Neatly Aligned project (BANANA), we have found t...
The relative alignment of protoplanetary disks around the two stars in young binary systems has the ...
Context. Several competing scenarios for planetary-system formation and evolution seek to explain ho...
We present a test for spin-orbit alignment for the host stars of 25 candidate planetary systems dete...
Context. Several competing scenarios for planetary-system formation and evolution seek to explain ho...
Many of the known planetary systems are unlike our Solar System, containing hot Jupiters or planets ...
International audienceContext. Several competing scenarios for planetary-system formation and evolut...
Binaries are not always neatly aligned. Previous observations of the DI Her system showed that the s...
With observations of the EP Cru system, we continue our series of measurements of spin-orbit angles ...
With observations of the EP Cru system, we continue our series of measurements of spin-orbit angles ...
Context. The angle between the stellar spin-axis and the orbital plane of a stellar or planetary com...
Here we present an ensemble study of spin-orbit alignment in 51 close double star systems. We determ...
Binaries are not always neatly aligned. Previous observations of the DI Her system showed that the s...
The discovery of giant planets orbiting <0.1AU of their host star was one of the most unexpected res...
Context. Several competing scenarios for planetary-system formation and evolution seek to explain ho...
peer reviewedAs part of the Binaries Are Not Always Neatly Aligned project (BANANA), we have found t...
The relative alignment of protoplanetary disks around the two stars in young binary systems has the ...
Context. Several competing scenarios for planetary-system formation and evolution seek to explain ho...
We present a test for spin-orbit alignment for the host stars of 25 candidate planetary systems dete...
Context. Several competing scenarios for planetary-system formation and evolution seek to explain ho...
Many of the known planetary systems are unlike our Solar System, containing hot Jupiters or planets ...
International audienceContext. Several competing scenarios for planetary-system formation and evolut...