Latest Microvariability and Oscillations of STars telescope Stories
Some of the first data collected by the CoRoT space telescope mission, launched in December 2006, provides valuable information about the physical vibrations and surface characteristics of nearby stars that are similar to our Sun, researchers say.
Canada is building the world's first space telescope designed to detect and track asteroids as well as satellites.
The space-borne telescope, COROT (Convection, Rotation and planetary Transits), has just completed its first year in orbit. The observatory has brought in surprises after over 300 days of scientific observations.
COROT has provided its first image of a giant planet orbiting another star and the first bit of â€˜seismicâ€™ information on a far away, Sun-like star- with unexpected accuracy.
The first light detected by COROT comes from the constellation of the Unicorn near Orion, the great 'hunter' whose imposing silhouette stands out in the winter nights.
The COROT space telescope is proceeding smoothly towards its launch in December 2006. Once in orbit, COROT will become the first spacecraft devoted to the search for rocky planets, similar to our own Earth.
Rapid advances in the capabilities of satellites smaller than a domestic washing-machine mean that they now have the pointing stability and accurate positioning needed to carry astronomical instruments, such as ultraviolet telescopes.
Soon after its launch two years ago by the Canadian Space Agency (CSA), Canada's "Humble Space Telescope" started making amazing observations-beyond the capacity of any other Earth- or space-based instrument. MOST, our suitcase-sized space telescope orbiting at 820 km, can fix its gaze upon a single star for up to eight weeks at a time. And with its unique combination of steady observation time and precision pointing, MOST can look for subtle variations in stars that are impossible to observe...
- The parings of haberdine; also, any kind of fragments.