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Loading contentFinding planets from shifts in the eclipse times of a binary star.
A circumbinary planet changes when the two stars of a binary eclipse each other, betraying its presence.
Applies only to eclipsing binary systems.
| Planet | Class | Host | Radius (R⊕) | Period (d) | Distance (ly) |
|---|---|---|---|---|---|
| 2MASS J19383260+4603591 bEclipse Timing Variations · 2015 | Gas giant | 2MASS J19383260+4603591 | 13.4 | 406 | 1293 |
| Kepler-451 cEclipse Timing Variations · 2022 | Gas giant | 2MASS J19383260+4603591 | 13.5 | 1460 | 1293 |
| Kepler-451 dEclipse Timing Variations · 2022 | Gas giant | 2MASS J19383260+4603591 | 13.5 | 43 | 1293 |
| DP Leo bEclipse Timing Variations · 2009 | Gas giant | DP Leo | 12.7 | 10220 | 997 |
| Kepler-1660 AB bEclipse Timing Variations · 2023 | Gas giant | Kepler-1660 A | 12.9 | 240 | 3877 |
| NN Ser cEclipse Timing Variations · 2010 | Gas giant | NN Ser | 12.6 | 6987 | 1683 |
| NN Ser dEclipse Timing Variations · 2010 | Gas giant | NN Ser | 13.3 | 2880 | 1683 |
| NY Vir bEclipse Timing Variations · 2011 | Gas giant | NY Vir | 13.3 | 3160 | 1775 |
| NY Vir cEclipse Timing Variations · 2019 | Gas giant | NY Vir | 12.8 | 8799 | 1775 |
| RR Cae bEclipse Timing Variations · 2012 | Gas giant | RR Cae | 13 | 4344 | 69 |