Multi-planet systems reach local pairwise tidal equilibria with equal masses and regular spacing, matching observations but not a global energy minimum, and implying a steep surface density profile.
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Comet Halley exhibits a precise 15:1 commensurability with a 1,151-year solar-system quasi-period, with Jupiter and Saturn providing coherent perturbation cancellation over that baseline.
citing papers explorer
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Pairwise Tidal Equilibrium States and the Architecture of Extrasolar Planetary Systems
Multi-planet systems reach local pairwise tidal equilibria with equal masses and regular spacing, matching observations but not a global energy minimum, and implying a steep surface density profile.
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Comet 1P/Halley Completes 15 Orbits in 1,151 Years: Commensurability with the Solar System Quasi-Period and Evidence for Jupiter-Saturn Dynamical Coupling
Comet Halley exhibits a precise 15:1 commensurability with a 1,151-year solar-system quasi-period, with Jupiter and Saturn providing coherent perturbation cancellation over that baseline.