Currently extensive observational programs are being developed all over the world, with the aim to
detect planets outside our solar system that are able to accommodate life — a sheer impossible task.
Observing this periodic dimming, called a transit, from continual monitoring of a star's brightness, allows astronomers to
detect planets outside our solar system with a high degree of certainty.
Technological developments beginning in the 1980s finally made it possible for astronomers to actually
detect planets outside our solar system, and the first discoveries of such exoplanets were made in the 1990's by NSF - funded astronomers.
NASA has selected a team to build a new, cutting - edge instrument that will
detect planets outside our solar system, known as exoplanets, by measuring the miniscule «wobbling» of stars.
Not exact matches
For the first time, water vapour has been
detected in the atmosphere of a Neptune - sized
planet outside the
solar system.
«Essentially, they are offering a window into the scientific future: Kepler will soon
detect an Earth - sized
planet outside of the
solar system.»
Astronomers have filled in more details in the picture of the Milky Way Galaxy, unveiling five previously unknown
planets outside our
solar system that were
detected via early data from NASA's
planet - seeking Kepler spacecraft.
The proposed telescope will be able to
detect signatures of life on
planets outside our own
Solar System, and begin to address the issue of whether life is ubiquitous.»
«Water is
detected in a
planet outside our
solar system.»
CoRoT - 7 b, the first potential rocky
planet detected outside the
Solar system, may be the remnant core of a Saturn - mass gas giant that had its atmosphere and lower gas metal layers burned off (more)