This is the third brightest
confirmed planet host star in the Kepler field and one of the brightest hosts of all currently known transiting exoplanets.
Not exact matches
The new
planet haul is the biggest yet, bringing the number of
confirmed worlds outside our solar system over 3200 - and edges us closer to knowing how many stars
host other Earths
Astronomers have
confirmed nearly 2000 exoplanets so far, and the evidence suggest many stars
host multiple
planets, just like our own solar system.
Finally, in the third paper, the star «Kepler - 444»,
hosting five sub-terrestrial
planets, was
confirmed to be 10.5 billion years old, more than twice the age of our Sun and just a little bit younger than the universe as a whole.
With a larger sample,
planets at varying stages of atmospheric loss will be found that
confirm whether or not the majority of close in rocky
planets are the burnt embers leftover of gas giants who ventured to close to their
host stars.
This sky map shows the location of the star HD 219134,
host to the nearest
confirmed rocky
planet found to date outsi... view image
By observing slight dips in the light from distant stars — which correspond to
planets «transiting» between their
host stars and the telescope's lens — Kepler has discovered 135
confirmed planets and 3,548
planet candidates.
The results include new asteroseismic solutions for four
host stars with
confirmed planets (Kepler - 4, Kepler - 14, Kepler - 23 and Kepler - 25) and increase the total number of Kepler
host stars with asteroseismic solutions... ▽ More We have used asteroseismology to determine fundamental properties for 66 Kepler
planet - candidate
host stars, with typical uncertainties of 3 % and 7 % in radius and mass, respectively.
Abstract: Israelian et al. (2004) reported that exoplanet
host stars are lithium depleted compared to solar - type stars without detected massive
planets, a result recently
confirmed by Gonzalez (2008).
The results include new asteroseismic solutions for four
host stars with
confirmed planets (Kepler - 4, Kepler - 14, Kepler - 23 and Kepler - 25) and increase the total number of Kepler
host stars with asteroseismic solutions to 77.
On January 26, 2012, scientists working on NASA's Kepler Mission team announced the discovery of 11 new planetary systems
hosting 26
confirmed planets, as well as additional planetary candidates.
By comparison, confirmation of an Earth - sized
planet orbiting its
host star at a distance of one AU like the Earth would take a full 12 months of observations, plus another year or two of repeated observation to
confirm the orbital period.
But detecting Earthlike
planets may only be half the battle, according to Joshua Winn, an assistant professor in MIT's Department of Physics, who says «it remains to be seen» if current telescope technology will enable researchers to study Earthlike
planets with enough detail to
confirm whether they can
host life.