They also did not confront the mystery of the major 20 -
percent dips in brightness that Kepler observed while studying the Cygnus field of its primary mission.
Among them was Bill Borucki, a space scientist who persuaded nasa to launch a telescope that looks for a 0.01
percent dip in brightness from faraway stars when planets pass in front of them.
Not exact matches
But this star had deep
dips in brightness — up to 22
percent.
After analyzing data from the Kepler Space Telescope, scientists discovered huge
dips in KIC 8462852's
brightness that lasted between five and 80 days, with the star sometimes losing as much as 20
percent of its luminosity.
Even though the reality was much different, the fact remained that the
brightness dips that have been observed around KIC 8462852 were as high as 22
percent (much too high to have been caused by any transiting planets) and very chaotic
in nature, giving credence to the notion that they could have indeed been the result of alien astro - engineering on a very large scale.
KIC 8462852 also
dips in brightness, but
in a much more abnormal way; its
brightness will
dip by as much as 20
percent for irregular periods of time — anywhere between five to 80 days.