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Interesting facts about space.

The movement of the moons in the Pluto-Charon system provides precious insights into the way planets orbiting in a binary stellar system--or double star system--might behave. "We are learning that chaos may be a common trait of binary systems. It might even have consequences for life on planets orbiting binary stars," Dr. Hamilton explained in the June 3, 2015 HST Press Release.



and here is another

In order to spot such a remote exomoon, the authors of this new study, The Hunt for Exomoons with Kepler (HEK): III. The First Search for an Exomoon around a Habitable-Zone Planet, used a technique that models the dips and features of the parent star's light-curve (stellar brightness vs. time), which are caused by transits of the planet (and any accompanying moons) in front of the face of its star. This is a complicated and difficult endeavor because numerous and diverse models of planet-moon dynamics must be taken into consideration. Each one of these models possesses parameters that describe physical properties belonging to the planet or moon, as well as parameters describing the orbital system. The authors use what is termed Bayesian statistics to account for the fact that the true orbital model of this planetary system is still not known--and this enables them to calculate if a model with our without a moon fits the observed light-curve the best.



and finally

The team also considered whether it would be possible to determine, with an adequate degree of certainty, if a detected moon could bear life-loving liquid water. In their analysis, the "input" climate for the moon is habitable, which is identified with high probability. However, there still remains approximately a one in six failure rate.

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Dr. Jacobson believes that this new study showing a later lunar birthday means that our planet's impact history was more turbulent than earlier thought. The alteration in Earth's bombardment rate, he suggests, also means an alteration in the quantity of energy that went into our planet's oceans and atmosphere. It also has implications for the history of our planet's surface temperature--which is important because liquid water could not exist until the surface had cooled off sufficiently.



Icy moons and tumbling, gleaming moonlets dance around within the lovely and very famous rings of the gas-giant planet Saturn. A study released in November 2012 now suggests that most of the moons inhabiting our own Solar System were born from ancient, primordial Saturn-like ring systems that swirled around newborn planets circling the young Sun. According to this study, most of our Solar System's regular satellites--which are those moons that lovingly embrace their parent planets in approximately equatorial orbits--formed in this way. In contrast, the most popular theory explaining moon-formation, suggests that moons emerged simultaneously with their parent planets, as a direct consequence of planetary formation.



He added that "In our model for the Saturn system, we propose that Titan grew in a couple of giant impacts, each one combining the masses of the colliding bodies, while shedding a small family of middle-sized moons."