Astronomers have gleaned
some information about exoplanet atmospheres by observing how the atmosphere absorbs starlight when an exoplanet's orbit carries it between the star and Earth.
More
information about exoplanets and NASA's planet - finding program is at http://planetquest.jpl.nasa.gov.
Not exact matches
By measuring those rising and falling «light curves,» Kepler will give astronomers valuable
information about planets orbiting other stars — including
exoplanets in far - out orbits that other techniques can't detect — and even free - floating planets that don't orbit stars at all.
«Finally being able to study one in X-rays is important because it reveals new
information about the properties of an
exoplanet.»
Today's technology means that we currently have very little
information about what
exoplanets are like beyond their presence, size and distance from star.
The data collected by Spitzer and other telescopes reveal the
exoplanets» sizes and distances to their stars, while theoretical models predict additional
information about the planets» atmospheres and surfaces.
I would like to thank our witnesses for being here today to testify
about exoplanet research and to share
information with us
about the recent discoveries made by NASA's Kepler mission.
If selected for development, the spacecraft will investigate at least 500
exoplanet atmospheres, providing detailed
information about climate processes on distant alien planets.