The two planets are close to a 7:6 orbital resonance.

It has a 2:1 orbital resonance with the planet Mars.

They would have been captured into orbital resonance during this migration.

The moons may have been caught in and then escaped from orbital resonance several times.

The inner moons also participate in a 1:2:4 orbital resonance.

A 2:3 orbital resonance with Neptune makes it a plutino.

They correspond to the location of orbital resonances with Jupiter.

The planet is located in a 5:1 orbital resonance with the inner companion.

The orbital resonance of the planet orbiting the brown dwarf is 5:1.

Orbital resonance as in some moons of the solar system's gas giants.

Instead, it is clearly caught in a 43:44 orbital resonance with the nearby moon Belinda.

Analysis of the data showed gaps at 1:3 and 2:5 orbital resonances with Jupiter.

Machholz 1 is currently in a 9:4 orbital resonance with Jupiter.

Cordelia is very close to a 5:3 orbital resonance with Rosalind.

In particular, the detection of an orbital resonance effect between Kepler-11b and Kepler-11c confirmed the find.

Resonant objects are locked in an orbital resonance with Neptune.

These have a 7:4 orbital resonance with Jupiter.

Commensurabilities are believed to result in most cases from orbital resonance effects, rather than being due to coincidence.

This is more commonly known as orbital resonance.

It is 223 light years from Earth and has two extrasolar planets that are possibly in a 4:1 orbital resonance.

It is in a 3:2 orbital resonance with Neptune similar to Pluto.

The first known case of orbital resonance in exoplanets has been noted between Kepler-9b and Kepler-9c.

Orbital resonances greatly enhance the mutual gravitational influence of the bodies.

A secular resonance is a type of orbital resonance.

Orbital resonances can also destabilize one of the orbits.