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Pluto's Outer Moons Orbit Chaotically, With Unpredictable Sunrises and Sunsets
StartsWithABang writes: Few things in this world are as regular as sunrise and sunset. With the application of a little physics, you can predict exactly where and when the sun will rise or set from any location on Earth. Thus far, every world in our Solar System — planet, moon and asteroid — has had the exact same experience as us. But out in the Kuiper belt, Pluto is different. The only known world in the Solar System where a significant fraction of the system's mass is not in a single component, the outer moons of the Pluto-Charon system provide a unique environment to study how planets might behave in orbit around binary stars. The amazing takeaway? The rotational part of the orbit is chaotic; the worlds tumble, and hence sunrises and sunsets are no longer predictable.
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Medium.com
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At this point you could be posting next weeks lotto numbers, I still wouldn't read it.
Yes. It's an n-body dynamical system.
Set your phasers on "funky"!
They mean it's chaotic in that a small change in initial conditions throw your predictions completely off. It's "a bit harder" like the Mandelbrot set is "a bit more complicated than" a circle.