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Star clumps harbour 'sweet spot' in search for alien life

Ancient, tightly packed clumps of stars found at the fringe of the Milky Way are a good bet in the search for extra terrestrial intelligence (Seti), research suggests.

Stringerbell3029d ago

Makes sense, older stars = greater chance for alien life living or dead.

EXTREMETECH3027d ago

You are great bell nice idea ....!!!

sonicwrecks3028d ago

Absolutely. The greater the chance of development, although of course that also means the greater the chances that the starts aren't there anymore as well.

thorstein3028d ago

"at the fringe of the milky way" Not in another galaxy. The Milky Way is only 100,000 light years in diameter. So, light from the other side of the galaxy would only be 100,000 years old.

RetrospectRealm3028d ago

But if those stars have been there for so long, what if the alien life that was there has left already? I feel like stars that aren't young but aren't old yet would be a save bet. Why not just look for stars that are similar in age to the ones near Earth?

Stringerbell3026d ago

A valid point. But even if those hypothetical species 'left' their galaxy there is a possibility the left behind some traces of their existence. Just like past civilization here on Earth.

WizzroSupreme3027d ago

I have to wonder if alien life is really as rare and far away as we figure, or if our definition of intelligence is so narrow that we'll never recognize alien life through our own perspectives.

70°

James Webb Space Telescope finds 'extremely red' supermassive black hole growing

The supermassive black hole is 40 million times as massive as the sun and powers a quasar that existed 700 million years after the Big Bang.

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NASA radar images show stadium-sized asteroid tumbling by Earth during flyby

The asteroid zoomed by Earth at a perfectly safe distance of around 1.8 million miles (2.9 kilometers).

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Radar images reveal damage on Europe's doomed ERS-2 satellite during final orbits

Images show surprise changes to the spacecraft as it interacted with the atmosphere.