Nasa to send astronauts a million miles into space to build massive telescope for alien hunt
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The Atlast Space Telescope|NASA|Hubble Space Telescope|extraterrestrial life forms|Biggest Space Telescope
The Atlast will be 4 times bigger than the 44-feet Hubble Space Telescope as seen in this photo. (Getty Images photo)
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LONDON:
Scientists have announced plans to build a telescope that may give us
clues to whether alien life exists on planets millions of miles away.
The Atlast, or Advanced Technology Large-Aperture Space Telescope, will be the most powerful telescope in the world and will be able to analyse atmospheres of planets and solar systems up to 30 light years away.
It is hoped that the telescope will give astronomers crucial insights into whether extraterrestrial life forms are able to exist in undiscovered areas of space.
To be able to analyse these planets, the telescope will have to be the largest of its kind ever to be built and up to four times bigger than the 44-feet Hubble Space Telescope.
Inside will be a mirror with a diameter of 52 feet, the largest man-made mirror ever.
Due to the size of the telescope, no rocket will be capable of transporting it up to space and instead, a team of astronaut construction workers will be ferried by Nasa's Orion rocket to assemble the telescope situated 1million miles from the earth's surface.
The Hubble Space Telescope. (Getty Images photo)
The details of the project will be revealed at this week's National Astronomy Meeting in Portsmouth by the president for the Royal Astronomical Society, Martin Barstow.
According to Barstow, the telescope will allow astronomers to discover around 60 new planets and provide information on the levels of oxygen and other gases that might indicate potential life.
Barstow told Sunday Times: "This telescope could see Earth-like planets around stars up to 30 light years away. There are tens of thousands of stars within that distance and we estimate that at least a few thousand of those will be similar to the sun."
The Hubble Space Telescope captured this image of glowing hydrogen, oxygen, and sulphur gases in the Swan Nebula, also known as M17. (Getty Images photo)
He added: "Once it found a planet, the telescope would analyse its atmosphere for ozone, methane, oxygen and other gases which suggest the presence of life."
For the Atlast telescope to progress past the planning stage, it is believed a global collaboration between all of the world's space agencies will be required.
Barstow said: "Nasa will have to take the lead as it is the biggest space agency, but it is already in discussion with the European Space Agency, of which Britain is a member. We are looking at 2030 because that is how long these projects take."
The Atlast, or Advanced Technology Large-Aperture Space Telescope, will be the most powerful telescope in the world and will be able to analyse atmospheres of planets and solar systems up to 30 light years away.
It is hoped that the telescope will give astronomers crucial insights into whether extraterrestrial life forms are able to exist in undiscovered areas of space.
To be able to analyse these planets, the telescope will have to be the largest of its kind ever to be built and up to four times bigger than the 44-feet Hubble Space Telescope.
Inside will be a mirror with a diameter of 52 feet, the largest man-made mirror ever.
Due to the size of the telescope, no rocket will be capable of transporting it up to space and instead, a team of astronaut construction workers will be ferried by Nasa's Orion rocket to assemble the telescope situated 1million miles from the earth's surface.
The Hubble Space Telescope. (Getty Images photo)
The details of the project will be revealed at this week's National Astronomy Meeting in Portsmouth by the president for the Royal Astronomical Society, Martin Barstow.
According to Barstow, the telescope will allow astronomers to discover around 60 new planets and provide information on the levels of oxygen and other gases that might indicate potential life.
Barstow told Sunday Times: "This telescope could see Earth-like planets around stars up to 30 light years away. There are tens of thousands of stars within that distance and we estimate that at least a few thousand of those will be similar to the sun."
The Hubble Space Telescope captured this image of glowing hydrogen, oxygen, and sulphur gases in the Swan Nebula, also known as M17. (Getty Images photo)
He added: "Once it found a planet, the telescope would analyse its atmosphere for ozone, methane, oxygen and other gases which suggest the presence of life."
For the Atlast telescope to progress past the planning stage, it is believed a global collaboration between all of the world's space agencies will be required.
Barstow said: "Nasa will have to take the lead as it is the biggest space agency, but it is already in discussion with the European Space Agency, of which Britain is a member. We are looking at 2030 because that is how long these projects take."
