This list shows all planetary and stellar components in the system. It gives a quick overview of the hierarchical architecture.
Kepler-65, stellar object
Kepler-65 b, planet, semi-major axis: 0.0350 AU
Kepler-65 c, planet, semi-major axis: 0.0680 AU
Kepler-65 d, planet, semi-major axis: 0.0840 AU
Planets in the system
This table lists all planets in the system Kepler-65.
Alternative planet names
KOI-85.02, KOI-85 b, KIC 5866724 b
KOI-85.01, KOI-85 c, KIC 5866724 c
KOI-85.03, KOI-85 d, KIC 5866724 d
This object was found by the Kepler mission. It is very likely that the transit signals are caused by planets because of statistical arguments, the fact that the system seems to host three planets and significant transit timing variations. The outer two planets are near a 7:5 commensurability.edit
This object was found by the Kepler mission. It is very likely that the transit signals are caused by planets because of statistical arguments, the fact that the system seems to host three planets and significant transit timing variations. The planet Kepler-65 c is near a 7:5 commensurability with the planet Kepler-65 d.edit
This object was found by the Kepler mission. It is very likely that the transit signals are caused by planets because of statistical arguments, the fact that the system seems to host three planets and significant transit timing variations. Only an upper mass limit is known for this system (10 Earth masses). It is near a 7:5 commensurability with the planet Kepler-65 c.edit
The following plot shows the approximate sizes of the planets in this system
The Solar System planets are shown as a comparison.
Note that unless the radius has been determined through a transit observation, this is only an approximation (see Lissauer et al. 2011b).
The following plot shows the approximate location of the planets in this system with respect to the habitable zone (green) and the size of the star (red).
This is only an estimate, using the star's spectral type and mass.
Note that if no green band is shown in the plot, then the planet's orbit is far outside the habitable zone.
The equations of Selsis, Kasting et al are used to draw the inner and outer boundaries.
This table lists all links which are relevant to this particular system.
Note that this is just a summary.
More references to the scientific publications and comments can be found in the commit messages.
To see these, head over the github or click here to directly go to the git blame output of this system.
In the left column of the output you can see the commit message corresponding to each parameter.
It also lists the date of the last commit and the person making the changes.
Within the commit message, you will find a link to the scientific publication where the data is taken from.
Note that this is a new feature and not all system parameters might have a reference associated with it yet.
Please help making this catalogue better and contribute data or references!
Open Exoplanet Catalogue contributors
Number of commits
This table lists all people who have contributed to the Open Exoplanet Catalogue.
Please consider contributing! Click here to find out how.
You can also view all commits contributing to this file on github.
You can download the xml file corresponding to this planetary system, which is part of the Open Exoplanet Catalogue.
All information on this page has been directly generated from this XML file.
You can also download the entire catalogue over at github.
If you prefer to download the dataset as an ASCII tables, you might find the oec_tables repository usefule.
If you spot an error or if you can contribute additional data to this entry, please send an e-mail to email@example.com.
Please include the corrected xml file and a reference to where the new data is coming from, ideally a scientific paper.
If you are fluent with git and github, you can also create a pull request or open an issue on the Open Exoplanet Catalogue repository.
Please include the reference to the relevant scientific paper in your commit message.