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.
They monitored more than 34,000 stars, searching for slight
dips in their brightnesses from the shadows of giant planets crossing in front.
They argue that some of the smaller dips of light attributed to Boyajian's star are actually deep
dips in brightness from fainter adjacent stars in Kepler's field of view, possibly caused by swarms of tiny, dense clouds or comets in interstellar space.
Not exact matches
So a number of observational projects have taken a different tack, trying to identify small KBOs by monitoring background stars for sudden
dips in brightness that might result
from a distant object crossing the line of sight between the star and Earth.
Using additional observations
from the 10 - meter Keck telescope on Mauna Kea, Hawaii, and
from the 5 - meter Hale Telescope on Palomar Mountain
in California, Johnson and his team could also confirm that the observed
brightness dips were indeed due to planets.
Speculation to account for KIC 8462852's
dips in brightness has ranged
from it having swallowed a nearby planet to an unusually large group of comets orbiting the star to an alien megastructure.
«By measuring the
dip in brightness in that range, we can tell how much halo gas
from Andromeda there is between us and that quasar.»
In 2015, a team of astronomers led by Yale's Tabetha Boyajian saw the light from the star KIC 8462852 suddenly and repeatedly dip in brightnes
In 2015, a team of astronomers led by Yale's Tabetha Boyajian saw the light
from the star KIC 8462852 suddenly and repeatedly
dip in brightnes
in brightness.
Each vertical
dip represents a holy - cow reduction
in the star's
brightness, more than 10 times the dimming that astronomers would expect
from a planet even as big as Jupiter crossing
in front of the star.
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.
Astronomers have been stuck with this nagging question ever since a team of citizen scientists
from the Planet Hunters project first detected a series of very strange
dips in the star's
brightness back
in 2011, while analysing data that had been gathered by NASA's Kepler spacecraft.
Over a two - year period, TESS will hunt for exoplanets with the help of a phenomenon known as transit — where a planet passes
in front of its star (
from an observer's point of view) causing a periodic and regular
dip in brightness.
There are a few tricks you can try here, like
dipping the
brightness a little from the Screen Brightness menu in System
brightness a little
from the Screen
Brightness menu in System
Brightness menu
in System Settings.