Date: 27/05/2014 21:02:41
From: CrazyNeutrino
ID: 538087
Subject: Giant exoplanet imaged directly using infrared light

Giant exoplanet imaged directly using infrared light

Using an infrared camera, astronomers at the University of Montreal have discovered and directly imaged GU Psc b, a planet with a mass 10 times greater than Jupiter’s and orbiting its star at 2,000 times the distance between Earth and our sun. This very rare find will encourage scientists to start looking for exoplanets in places where, thus far, they hadn’t even thought to look.

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Date: 27/05/2014 22:27:20
From: dv
ID: 538166
Subject: re: Giant exoplanet imaged directly using infrared light

I approve.

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Date: 28/05/2014 23:24:47
From: mollwollfumble
ID: 538762
Subject: re: Giant exoplanet imaged directly using infrared light

“Current theories predict that the vast majority of planets orbit their star at a distance up to 100 astronomical units (AU) – that is to say, one hundred times the distance between Earth and our sun.”

Current observations by the Kepler spacecraft show that the majority of planets orbit their star at a distance less than 1 AU.

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