<p>The discovery marks the first time astronomers have detected water in a dusty planet-forming disk so far from its central star, in the frigid region where comets are born.<br />It has been thought that comet impacts may have delivered most of earth’s water, now the new study hints that alien planets may commonly acquire oceans in the same way, the researches said.<br /><br />“We now know that large amounts of water ice are available in planet-forming disks, ready to be incorporated in comets,” said Michiel Hogerheijde, of Leiden Observatory in the Netherlands, the study’s lead author.<br /><br />“Ultimately, some of this water may end up on earth-like planets that form completely dry but this way may end up with life-supporting oceans,” Hogerheijde was quoted as saying by LiveScience.<br /><br />Using the Herschel Space Observatory of European Space Agency, the researchers found the young star, which is located about 175 light-years away in the constellation Hydra, and named it ‘TW Hydrae’.<br /><br />TW Hydrae is an orange dwarf star, slightly smaller and dimmer than our sun. It’s only about 10 million years old, and is still surrounded by a disk of dust and gas that should one day coalesce to form planets, the researchers said.<br /><br />They detected huge amounts of water — thousands of times more water than that found on earth — in the freezing-cold outer reaches of this disk, far from TW Hydrae itself. The water out there is likely ice coating the innumerable tiny dust grains that swirl around in the disk, the team reported in the journal Science.</p>
<p>The discovery marks the first time astronomers have detected water in a dusty planet-forming disk so far from its central star, in the frigid region where comets are born.<br />It has been thought that comet impacts may have delivered most of earth’s water, now the new study hints that alien planets may commonly acquire oceans in the same way, the researches said.<br /><br />“We now know that large amounts of water ice are available in planet-forming disks, ready to be incorporated in comets,” said Michiel Hogerheijde, of Leiden Observatory in the Netherlands, the study’s lead author.<br /><br />“Ultimately, some of this water may end up on earth-like planets that form completely dry but this way may end up with life-supporting oceans,” Hogerheijde was quoted as saying by LiveScience.<br /><br />Using the Herschel Space Observatory of European Space Agency, the researchers found the young star, which is located about 175 light-years away in the constellation Hydra, and named it ‘TW Hydrae’.<br /><br />TW Hydrae is an orange dwarf star, slightly smaller and dimmer than our sun. It’s only about 10 million years old, and is still surrounded by a disk of dust and gas that should one day coalesce to form planets, the researchers said.<br /><br />They detected huge amounts of water — thousands of times more water than that found on earth — in the freezing-cold outer reaches of this disk, far from TW Hydrae itself. The water out there is likely ice coating the innumerable tiny dust grains that swirl around in the disk, the team reported in the journal Science.</p>