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Interesting facts about space.
The evolutionary process has produced many light producing creatures in the caves. These creatures are commonly found on lakes, on land and in the mountainous areas of the caves. Bioluminescent organisms in the moon are not at all similar to those on earth. They are much more efficient light producers. People living in the moon have found ways to promote the growth of bioluminescent organisms on a mass scale. Though not very significant in terms of contribution, these organisms are part of the light sources. The moon people have been using fire for thousands of years for cooking and lighting. Man-made lamps and torches are used for illuminating the dwellings and public areas as an additional light source.
and here is another
Astronomers' current understanding of giant-planet birth predicts an episode of gas accretion that ultimately builds up the enormous size of these gaseous behemoths. According to theory, circumplanetary gas disks, that surround the forming planets during this early period, eventually become the strange nurseries that produce a giant planet's system of moons, thus creating systems of co-planar and prograde (orbiting in the same direction as the planet) natural satellites in a way similar to the many moons of Jupiter and Saturn.
The other duo of Pluto's five known moons being studied, Kerberos and Styx, are also currently thought to be in chaotic rotation as well! However, Pluto well may have a few more small moons that have not as yet been spotted--at least, as of this writing.
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The harmful effects of radiation are based both on its strength and the time of exposure to its source. Average human would need to spend nearly four months inside the Van Allen belts to accumulate a lethal dose. The astronauts managed to pass through them during less than one hour. Regarding the time spent out of Earth's magnetic field, where the astronauts were exposed to solar radiation, an average human could endure a radiation exposure equivalent to one-way trip to Mars and still not receive a dose which exceeds lifetime levels set up by NASA.
Kepler-22b is an extrasolar planet that circles Kepler-22, a G-type star that is situated about 600 light-years from our own planet in the constellation Cygnus. This intriguing new world, that resides beyond our Solar System, was first spotted by NASA's highly productive, though ill-fated, Kepler Space Telescope in 2011. Kepler-22b has the distinction of being the first known transiting extrasolar planet to reside within the so-called habitable zone of its star. The habitable zone is the term used to describe that Goldilocks region around a star where water can exist in its life-loving liquid state. Planets dwelling in this fortunate region are not too hot, not too cold, but just right for water and, hence, life to exist. A planet that circles its star in the habitable zone suggests that there is the possibility--though not the promise--of life as we know it to exist on that world.
There are more than 100 moons in orbit around the eight major planets of our Sun's family. Most of them are frozen worlds, primarily composed of ice with a smattering of rocky material, circling the four giant gaseous planets dwelling in the outer regions of our Solar System--Jupiter, Saturn, Uranus, and Neptune. The inner region of our Solar System is almost completely devoid of moons. Earth's own lovely Moon is the largest one in our inner region of the Sun's family. Of the four rocky and relatively petite inner worlds that circle nearest to our Star--Mercury, Venus, Earth, and Mars--Mercury and Venus are moonless, while Mars is orbited by two lumpy and misshapen small moons, Phobos and Deimos, that are most likely captured asteroids that originated in the Main Asteroid Belt that orbits our Sun between Mars and Jupiter.