Kerbal Space Program Orbit Calculator 15x ksp resonant orbit calculator add on releases Program Orbit Kerbal Space Calculator

Kerbal Space Program Orbit Calculator 15x ksp resonant orbit calculator add on releases Program Orbit Kerbal Space Calculator

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Curious facts about cosmic life and their inhabitants.

Triton and Pluto share roughly the same bulk composition and density, as well as similar atmospheres. In addition, both remote bodies move in unusual orbits. Pluto has a highly eccentric orbit, and is sometimes closer to the Sun than Neptune! Furthermore, Pluto orbits in the opposite direction around our Sun than do the eight major planets of our Solar System. Triton revolves around Neptune in a direction counter to that of its planet--and its retrograde orbit indicates that it is a captured object. Because of the unusual nature of both Triton's and Pluto's orbits, as well as the similarities of their bulk properties and atmospheres, it has long been thought that there is some sort of historical connection between them. Indeed, it was once thought that Pluto was an escaped moon of Neptune, but this is now considered unlikely. It is much more likely that long ago Triton, like Pluto, circled the Sun independently, but was unluckily captured by its adoptive planet--whereas Pluto was left to wander freely.



and here is another

Neptune, the eighth major planet from the Sun, and its neighboring sister-planet, Uranus--the seventh planet from the Sun--are both classified as ice-giants because their large cores are icy, and they never managed to acquire the immense gaseous envelopes of the two true gas-giants, Jupiter and Saturn. The gas giants are possibly composed entirely of gas and liquid, although they may have small solid cores. In contrast, the ice-giants have large solid cores and thinner atmospheres. The two gas-giants, being mostly atmosphere, are very lightweight for their size. Saturn is the lightest planet in our Solar System, despite its immense diameter. In fact, Saturn is light enough to float like a huge raft in water, provided there was an ocean big enough for it to bob around in.



and finally

The inner Solar System is dramatically different from the distant realm of the giant planets. The inner region of our Solar System, where our Earth is situated, is almost entirely moon-less. Of the four relatively small, rocky worlds--Mercury, Venus, our Earth, and Mars--Mercury and Venus are barren of moons, and Mars is orbited by two fascinating, but very small, potato-shaped moons named Phobos and Deimos. The duo of Martian moons are often considered to be captured asteroids that long ago escaped from their birthplace in the Main Asteroid Belt between Mars and Jupiter. According to this scenario, Phobos and Deimos, during their dangerous journey from their original home, were snared by the gravity of their adopted Red Planet when our 4.56 billion-year-old Solar System was young. In the warm and well-lit inner Solar System, only Earth's large Moon is a significant moon-world in its own right.

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However, the theory that has long been held to be the most likely explanation is the giant impact theory, suggesting that the Mars-sized body named Theia smashed into the ancient Earth billions of years ago. The monumental blast resulted in a portion of the primordial Earth's crust to be hurled off screaming into Space. This ancient catastrophe tossed a multitude of somersaulting moonlets into the sky, and some of this material was ultimately captured into orbit around the ancient Earth about 4.5 billion years ago, where it finally was pulled together by the force of gravity to become the Moon.



Mars was born a few million years after the formation of our Solar System, while Earth took much longer. If Venus formed on a timeline similar to that of Mars, then that would be a "huge puzzle" since Venus and Earth are so similar in terms of mass and orbit," Dr. Jacobson explained in the April 2, 2014 National Geographic News.



Research presented on October 19, 2012, at the annual meeting of the American Astronomical Society's Division for Planetary Sciences held in Reno, Nevada, has suggested a causal relationship between the seven sister moons--Titan and the six mid-sized icy moons of Saturn. The researchers suggest that the seven moons have a violent origin, and came into being when a few considerably larger moons crashed into each other to give birth to the misty, moisty moon, Titan.