![]() Our results provide many candidates for the research of retrograde resonant dynamics and resonance capture. Moreover, 2016 FH13 is likely the first identified asteroid that will be captured in polar retrograde resonance with Uranus. For example, Centaur 2005 TJ50 may be the first potential candidate to be currently in polar retrograde co-orbital resonance with Saturn. Some particular resonant configurations such as polar resonances and co-orbital resonances are also identified. ![]() Of these, 15 asteroids are currently in retrograde resonances with planets, and 30 asteroids will be captured in 35 retrograde resonant configurations. Our results confirm that RMMRs with giant planets are common in retrograde asteroids. Thirty-eight asteroids are found to be trapped in 50 retrograde mean motion resonances (RMMRs) with planets. We present all the meaningful retrograde resonant configurations where p and q are both smaller than 16 are presented. The integration time was further extended to analyze their dynamical lifetimes and evolutions. In total, 143 retrograde resonant configurations were taken into consideration. We considered all of the p/− q resonances with eight planets where the positive integers p and q were both smaller than 16. We numerically integrated a swarm of clones (ten clones for each object) of all the retrograde asteroids (condition code U < 7) from −10 000 to 100 000 yr, using the MERCURY package in the model of solar system. We also discuss a possible production mechanism of retrograde centaurs and dynamical lifetimes of all the retrograde asteroids. We here systematically present the retrograde resonant configurations where all the asteroids are trapped with any of the eight planets and evaluate their resonant condition. In recent years, increasingly more retrograde asteroids are discovered, several of which are identified to be in resonances with planets. School of Aerospace Engineering, Tsinghua Universuty,Į-mail: Asteroids in mean motion resonances (MMRs) with planets are common in the solar system. Astronomical objects: linking to databases.Including author names using non-Roman alphabets.Suggested resources for more tips on language editing in the sciences Punctuation and style concerns regarding equations, figures, tables, and footnotes
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