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When planets transit in front of their host star, the brightness of that star will dim ever-so-slightly as we view that transit from a telescope.
More than 100 'Earth-like' planets have been announced as "discovered" in past few weeks, most of these by researchers working with NASA's Kepler satellite, which was designed and is dedicated to finding such planets by looking for them in transit in front of their stars (looking like dark dots in front of their bright star).
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Their existence is given away by a tiny drop in brightness caused when a planet transits in front of its parent star, as seen from Earth.
Their configuration evolves from night to night as they orbit every 1.8 to 17 days, sometimes transiting in front of the disc and sometimes hiding behind it in occultation or being eclipsed by the Jovian shadow.
The planet was found by astronomers scouring the Milky Way galaxy for potentially habitable worlds Using Nasa's Kepler space telescope, they measured the very tiny dimming that occurs when a planet crosses or "transits" in front of its star.
Its mission is to determine the fraction of stars in the galaxy that harbor Earth-like planets by carrying out a survey of some 150,000 stars in the constellations of Cygnus and Lyra, looking for the dips in starlight caused by planets passing, or transiting, in front of their suns.
Its official mission was to determine the fraction of stars in the galaxy that harbor Earthlike planets by carrying out a survey of some 150,000 stars in the constellations of Cygnus and Lyra, looking for the dips in starlight caused by planets passing, or transiting, in front of their suns.
When Europa transits in front of the bright giant planet, any plumes around the moon should be backlit.
When a star's light is dimmed periodically, it hints that a planet might be transiting in front of it.
With this strategy, astronomers look for dips in brightness from the host star as a planet transits in front of it in relation to the Earth.
They've already bagged huge planets orbiting in a star's habitable zone--where any water would be liquid--and huge planets transiting in front of their stars.
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