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Ever since the bacteriabrightnessdiscoverydotsenvironmentheatlifelightneighbouringoceanotherpossibleseveralsimilarsizedstructuressurfaceviewwhetherwonderful of a new solar system bacteriabrightnessdiscoverydotsenvironmentheatlifelightneighbouringoceanotherpossibleseveralsimilarsizedstructuressurfaceviewwhetherwonderful weeks ago, scientists have been discussing bacteriabrightnessdiscoverydotsenvironmentheatlifelightneighbouringoceanotherpossibleseveralsimilarsizedstructuressurfaceviewwhetherwonderful planets in the system could contain bacteriabrightnessdiscoverydotsenvironmentheatlifelightneighbouringoceanotherpossibleseveralsimilarsizedstructuressurfaceviewwhetherwonderful. Scientists called the system "TRAPPIST-1". It contains a small sun and seven Earth- bacteriabrightnessdiscoverydotsenvironmentheatlifelightneighbouringoceanotherpossibleseveralsimilarsizedstructuressurfaceviewwhetherwonderful planets. It is very bacteriabrightnessdiscoverydotsenvironmentheatlifelightneighbouringoceanotherpossibleseveralsimilarsizedstructuressurfaceviewwhetherwonderful to our own solar system. NASA scientist Michael Gillon said three of the seven TRAPPIST-1 planets receive as much bacteriabrightnessdiscoverydotsenvironmentheatlifelightneighbouringoceanotherpossibleseveralsimilarsizedstructuressurfaceviewwhetherwonderful from its sun as Venus, Earth and Mars receive from our Sun. He said this provides the right bacteriabrightnessdiscoverydotsenvironmentheatlifelightneighbouringoceanotherpossibleseveralsimilarsizedstructuressurfaceviewwhetherwonderful for life to exist. TRAPPIST-1 is in a star system called Aquarius. It is nearly 40 bacteriabrightnessdiscoverydotsenvironmentheatlifelightneighbouringoceanotherpossibleseveralsimilarsizedstructuressurfaceviewwhetherwonderful-years away from the Earth. Its sun is smaller than our Sun and has just 1/1000th of its bacteriabrightnessdiscoverydotsenvironmentheatlifelightneighbouringoceanotherpossibleseveralsimilarsizedstructuressurfaceviewwhetherwonderful, but that could be enough to support life.

Michael Gillon explained that you could see the bacteriabrightnessdiscoverydotsenvironmentheatlifelightneighbouringoceanotherpossibleseveralsimilarsizedstructuressurfaceviewwhetherwonderful six planets in the sky if you were on one of the TRAPPIST-1 planets. A bacteriabrightnessdiscoverydotsenvironmentheatlifelightneighbouringoceanotherpossibleseveralsimilarsizedstructuressurfaceviewwhetherwonderful planet could look bigger than our bacteriabrightnessdiscoverydotsenvironmentheatlifelightneighbouringoceanotherpossibleseveralsimilarsizedstructuressurfaceviewwhetherwonderful of our Moon. Mr Gillon said: "If you were on the bacteriabrightnessdiscoverydotsenvironmentheatlifelightneighbouringoceanotherpossibleseveralsimilarsizedstructuressurfaceviewwhetherwonderful of one of these planets, you would have a bacteriabrightnessdiscoverydotsenvironmentheatlifelightneighbouringoceanotherpossibleseveralsimilarsizedstructuressurfaceviewwhetherwonderful view of the other planets. You wouldn't see them like we see Venus or Mars, like bacteriabrightnessdiscoverydotsenvironmentheatlifelightneighbouringoceanotherpossibleseveralsimilarsizedstructuressurfaceviewwhetherwonderful of light. You would see them really as we see the Moon. You would see the bacteriabrightnessdiscoverydotsenvironmentheatlifelightneighbouringoceanotherpossibleseveralsimilarsizedstructuressurfaceviewwhetherwonderful on these worlds." Astronomer Dr Jessie Christiansen said life exists everywhere, "such as bacteriabrightnessdiscoverydotsenvironmentheatlifelightneighbouringoceanotherpossibleseveralsimilarsizedstructuressurfaceviewwhetherwonderful that survives in 130-degree caves, or things at the bottom of the bacteriabrightnessdiscoverydotsenvironmentheatlifelightneighbouringoceanotherpossibleseveralsimilarsizedstructuressurfaceviewwhetherwonderful where there's no light". She said it could be bacteriabrightnessdiscoverydotsenvironmentheatlifelightneighbouringoceanotherpossibleseveralsimilarsizedstructuressurfaceviewwhetherwonderful for life to exist on some of these planets.