Gravitational aspiration! by claude19

Fractal • Science/Medical • posted on Dec 27, 2007

Open full image in new tab Zoom on image

Hover over top left image to zoom.
Click anywhere to exit.

Members remain the original copyright holder in all their materials here at Renderosity. Use of any of their material inconsistent with the terms and conditions set forth is prohibited and is considered an infringement of the copyrights of the respective holders unless specially stated otherwise.

Description

Les trous noirs possèdent un tel champ gravitationnel qu'ils attirent tous les gaz et poussières présents aux alentours. Cette matière forme un disque d'accrétion autour du trou, un peu comme les anneaux de Saturne et cela permet de "voir" le trou noir. Alors que ce disque est comprimé, des forces de friction dans la matière chauffent cette dernière et il se produit alors une émission spontanée de rayons X (en 2 jets) que les astronomes sont en mesure de détecter. On sait ainsi comment localiser le trou noir. The black holes have such a gravitational field which they attract all the gases and dust present at the neighbourhoods. This matter forms an accretion disc around the hole, a little like the Saturn's rings and that makes it possible "to see" the black hole. Whereas this disc is compressed, of the forces of friction in the matter heat the latter and there is then a spontaneous emission of x-rays (in 2 jets) that the astronomers are able to detect. One knows thus how to locate the black hole. Die schwarzen Löcher besitzen ein solches gravitationnel Feld, daß sie alles Gas und Staub Gegenwart an der Umgebung heranziehen. Dieses Material bildet eine Platte accrétion um das Loch, ein wenig wie die Saturnringe und das erlaubt, das schwarze Loch "zu sehen". Während diese Platte komprimiert wird, heizen Reibungskräfte im Material letzteren, und er produziert sich dann eine spontane Emission von Röntgenstrahlen (in 2 Würfen), daß die Astronomen in der Lage sind festzustellen. Man weiß so, wie das schwarze Loch zu lokalisieren. I buchi neri possiedono tale campo gravitazionale che attirano tutti i gas e polveri presenti ai dintorni. Questa materia forma un disco d'accrescimento attorno al foro, un po'come gli anelli d'Saturne e ciò permette "di vedere" il buco nero. Mentre questo disco è compresso, forze d'attrito nella materia riscaldano questo ultimo e si produce allora un'emissione spontanea di raggi X (in 2 getti) che gli astronomi sono in grado di individuare. Si sa così come situare il buco nero.

Comments (19)

)

carlx

2:08PM | Thu, 27 December 2007

Awesome gravitation tunnel!!! Superb sci-fi!!!

)

A_Sunbeam

3:02PM | Thu, 27 December 2007

Very brightly-lit wormhole ... Nice movement and colour!

Valerie-Ducom

3:52PM | Thu, 27 December 2007

Oh, je comprends mieux maintenant ! Excellent fractal et parfait gradient ! Bizzzzzzzzzzzzzzzzz à vous deux :) (ah..vote fait)

)

amota99517

4:36PM | Thu, 27 December 2007

Very nice. I like the wire spiral work. Excellent work!

)

pops

5:19PM | Thu, 27 December 2007

What a glorious study in light-excellent

)

jocko500

6:14PM | Thu, 27 December 2007

wonderful looking

)

Electralena

7:29PM | Thu, 27 December 2007

Excellent title and Sci-Fi work, Claude. I can feel/see gravitation. Looks beautiful too!!!

)

afugatt

7:30PM | Thu, 27 December 2007

Interesting design.

fractalinda

9:36PM | Thu, 27 December 2007

Cool concept and design..and a beautiful shade of green.

)

three_grrr

9:40PM | Thu, 27 December 2007

Fantastic capture Claude! I would be afraid to be that close to a black hole, I would fear being captured by it and being pulled in. I have heard many stories about black holes, but as far as I know, no one knows which is truth and which is fiction. No one that has gone into one has yet reported back with their experiences. Some claim that black holes are just another way to get from one end of the universe to the other, in a very rapid manner. But I will wait until we get reports back from captains who have taken their ships through and survived intact!

)