The planet's atmosphere was analyzed when it passed in
front of its host star as some of its infrared light passed through the planet's atmosphere.
Not exact matches
Using the Hubble telescope, Jeffrey Linsky and his team at the University
of Colorado in Boulder calculated the tail's composition, direction and speed by studying changes in the ultraviolet spectra
of the planet's
host star as the planet passed in
front of it (The Astrophysical Journal, DOI: 10.1088 / 0004 - 637X / 717 / 2/1291).
These transits can be found by registering dips in light caused by the shadow
of an exoplanet
as it crosses in
front of its
host star.
As the exoplanet passes in front of its host star, as seen from Earth, some of this starlight travels through the planet's outer atmospher
As the exoplanet passes in
front of its
host star,
as seen from Earth, some of this starlight travels through the planet's outer atmospher
as seen from Earth, some
of this starlight travels through the planet's outer atmosphere.
The Kepler spacecraft detects planets such
as Kepler 19 b by watching them dim the light
of their
host star as the planets pass in
front, or «transit.»
Most were detected by the wobbles they induce in their
host stars or by the starlight they block
as they pass in
front of their
stars as seen from Earth.
They were able to measure the slight decrease in brightness
as the planet and its atmosphere absorbed some
of the starlight while transiting (passing in
front of) the
host star.
One method that has been discussed for years but has yet to bear fruit is known
as transit timing — if a planet passes in
front of its
host star so that it blocks out a small but detectable fraction
of the
star's light, researchers can time the arrival
of that partial eclipse, known
as a planetary transit.
Kepler is back to mining the cosmos for planets by searching for eclipses, or transits,
as planets orbit in
front of their
host stars and periodically block some
of the starlight.
Planets with atmospheres are able to warp starlight in another way: while the body
of the planet blocks a big chunk
of starlight
as it crosses in
front of its
host star, the planet's thin, enveloping atmosphere absorbs starlight at particular colors, or wavelengths.
The mega-Earth was discovered by Kepler
as the space telescope observed the dimming
of the
host star as the planet orbited in
front of it, a process known
as the transit method.
The nanosatellite, known
as PicSat, will observe the transit
of the planet Beta Pictoris b
as it passes in
front of its
host star.
They studied the planet when it crossed in
front of its
host star to observe the
star's light
as it was filtered through the planet's atmosphere, which provided clues on its mix
of atmospheric gases.
It secured the maximum five -
star rating in Euro NCAP crash safety tests, with anti-lock brakes (ABS), electronic stability control (ESP) and a
host of airbags, including
front, side, head and additional chest airbags all being fitted
as standard.