Graphical sketch of the Kepler-56 system. The line of sight from Earth is illustrated by the dashed line, and dotted lines show the orbits of three detected companions in the system. The solid arrow marks the rotation axis of the host star, and the thin solid line marks the host star equator. Credit: NASA GSFC/Ames/D Huber
Observation data Epoch J2000.0[1]Equinox J2000.0[1]
In 2012, scientists discovered a 2-planet planetary system around Kepler-56 via the transit method. Asteroseismological studies revealed that the orbits of Kepler-56b and Kepler-56c are coplanar but about 45° misaligned to the host star's equator. In addition, follow-up radial velocity measurements showed evidence of a gravitational perturbator.[6] It was confirmed in 2016 the perturbations are caused by third, non-transiting planet.[7]
The planetary system is very compact but is dynamically stable.[8]
The expanding star will devour Kepler-56b and Kepler-56c in 130 and 155 million years, respectively.[9][10]
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