Latest Carnegie Institution of Washington Stories
Larry Nittler, a staff scientist in the Department of Terrestrial Magnetism of the Carnegie Institution of Washington, has been named deputy principal investigator of the MESSENGER mission.
What would our solar system look like if visitors from other worlds took a series of pictures?
NASAâ€™s live media teleconference held earlier today included a panel of experts working on the US space programâ€™s MESSENGER instrument that discussed new data and findings revealed by the planet Mercuryâ€™s makeup.
Members of the MESSENGER science team will present a range of new findings from the spacecraftâ€™s studies of the planet Mercury during the American Geophysical Union (AGU) Fall Meeting next week in San Francisco.
A NASA spacecraft gliding over the battered surface of Mercury for the second time this year has revealed more previously unseen real estate on the innermost planet.
NASAâ€™s Mercury Messenger passed within 200km of the planet on Monday collecting about 1,200 new images.
Fifty years ago, scientists Bernard Burke and Kenneth Franklin mistook radio signals from Jupiter for a Maryland farmhand driving home after a late date.
Last August, two groups of scientists announced the discovery of the smallest extrasolar planets found to date. But just what are these Neptune-size worlds? Are they gas giants, ice giants, or oversized Earths? Astronomer Alan Boss examines the possibilities.
In the past decade, more than 130 extrasolar planets have been discovered. Almost all have been found using a technique that measures tiny changes in a star's radial velocity, the speed of its motion relative to Earth. Astronomer Alan Boss tells the story how the first of these discoveries came about.
The existence of extrasolar planets has become common knowledge in the past decade. But in the mid-20th Century, the search for worlds orbiting other stars got off to a rocky start. Alan Boss, an astronomer with the Carnegie Institution of Washington, recounts the early days of extrasolar planet-hunting.
- Growing in low tufty patches.