Gravitational field of a black hole, or help with a large star formation

The researchers speculate that when black holes collide with gas clouds and ejected material flow, they are compressed and heated, eventually ignited these fledgling stars.

 

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Centaurus A

The researchers speculate that when black holes collide with gas clouds and ejected material flow, they are compressed and heated, eventually ignited these fledgling stars.

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Scientists have long speculated that the supermassive black hole – with a large gravitational field, so it is suspected to exist in the central area of ​​many large galaxies – will disintegrate nearby dust and gas clouds, thus preventing the formation of new stars.

However, with the installation at NASA (NASA) of the camera on the Hubble Space Telescope photographed galaxy Centaurus A new image is displayed, the black hole will play a constructive role.

Oxford University physicist R. Mark Crockett and his colleagues in the “Royal Astronomical Society Report” reported on the results of this study.

On the galaxy a 3000 light years long filaments of ionized gas closeup shot, showing the end of the closest galaxies in the filaments of the central black hole where there is a group of young stars.

The researchers speculate that when black holes collide with gas clouds and ejected material flow, they are compressed and heated, eventually ignited these fledgling stars – it is estimated that less than 1,000 of their age Viva.

Black hole is a strong gravitational objects, even light can not escape. Because light can not escape the black hole, so people can not be directly observed a black hole. However, by measuring its role and influence of the surrounding objects indirectly observed or presumed to its existence.

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