Join us as we remember how Hubble has contributed to this important mission and explore the ways in which the upcoming James Webb Space Telescope will expand upon exoplanet discoveries in our new Hubble 25th anniversary science article, «What will
we learn about exoplanets when the James Webb Space Telescope is launched?»
«What we believe about Saturn's moons history might still change in the coming years with the finale of the Cassini mission,» said Lainey, who suggested, «The more we learn about Saturn, the more
we learn about exoplanets.»
The more we can
learn about exoplanets, the more we can understand how our own solar system came to be the way it is.
Use this two page printable sheet to
learn about the exoplanet science the GMT will do — including detecting rocky planets, looking for signs of life and taking images.
Not exact matches
Basri: We've
learned that we really don't know what we're talking
about with respect to
exoplanets: how they form, what their distributions are, anything!
Astronomers have been finding
exoplanets out in the cosmos for 25 years, and if we've
learned anything
about all those planets, it's that a lot of different, weird kinds exist.
Swain is principal investigator of the Fast Infrared
Exoplanet Spectroscopy Survey Explorer (Finesse), a proposed 30 - inch space telescope that would probe more than 200 planets around nearby stars to
learn about their atmospheres and how they formed.
«When I
learned about how the Earth's spin axis moved over geological timescales, I wondered whether it should be the same for
exoplanets,» Jérémy Leconte, researcher at the University of Bordeaux, told Gizmodo
Learn about the formation and origin of the Solar System and go beyond our neighborhood to investigate
exoplanets (planets around other stars) in this video of class 11 of Bruce Betts» Introduction to Planetary Science and Astronomy class.
But most excitingly, the physical and chemical processes in brown dwarf and
exoplanet atmospheres are the same; the identical processes, combined with the fact that brown dwarfs are much easier to study is the reason why we
learn so much
about exoplanets from brown dwarfs.
This is crucial as this is all we are going to get for exo - earths: we will not be able to build large enough telescopes to take detailed images of the surfaces of
exoplanets — but we will still be able to
learn about their atmospheres (and surfaces) from time - resolved observations!
These transiting
exoplanets are astronomical gold mines in the sense that we can
learn a lot more
about them than other known
exoplanets.
Leslie Sage, an authority on
exoplanets (planets outside our Solar System), was perplexed when he
learned about hot Jupiters — Jupiter - size planets orbiting so close to their stars that they complete an orbit every few days.
Preferred Hosts for Short - Period
Exoplanets In an effort to
learn more
about how planets form around their host stars, a team of scientists has analyzed the population of Kepler - discovered
exoplanet candidates, looking for trends in where they're found.
Although Kepler and other telescopes have discovered over 3,500
exoplanets so far, most of them are very distant, making it difficult to
learn more
about their compositions, atmospheres, etc..
There will soon be one thousand confirmed
exoplanets, but how do we
learn more
about such distant worlds?
Learn about the discovery of
exoplanets in the TRAPPIST - 1 system in this 2017 video from NASA's Jet Propulsion Laboratory.
Students
learn about the transit method for finding planets and they use Kepler's 3rd law to determine whether the
exoplanet Kepler - 22b is habitable.