Not exact matches
Now he has the sensitive equipment he needs: NASA's Kepler space telescope, which stares
at stars and looks for subtle
dips in brightness caused by planets crossing
in front of the stars and blocking some of their light.
The giveaway that the faint star had a planet circling it was a
dip in its
brightness caused as the planet passed
in front of the star, observed by small robotic telescopes including telescopes
at the ANU Siding Spring Observatory.
Kepler identifies exoplanets by staring
at a large number of stars for extended periods and waiting for their
brightness to
dip periodically when a planet passes
in front of them.
So we will measure a smooth
dip in the
brightness of the star
at regular intervals as the planet passes
in front.