科学家预言银河中心黑洞模样弯曲亮弧似新月（Scientists predict the Milky Ways central black hole curved, bright, crescent）.docVIP

科学家预言银河中心黑洞模样弯曲亮弧似新月（Scientists predict the Milky Ways central black hole curved, bright, crescent） According to the American space network, astronomers believe there is a giant black hole hidden in the middle of our galaxy, but so far we have never been able to obtain direct observations of the black hole. In the near future we will have to direct imaging of the black hole technology, and before that, scientists have for us when this observation may be witnessed by prediction. According to the forecast results, the scientists believe that when we practice to carry out its first observation, we have obtained images may be similar to a bright crescent arc, rather than the previously predicted that is flecky. Such predictions are actually part of the preparations for their future actual image interpretation, scientists say. The equipment being used to carry out the observation is under construction. University of California at Berkeley student Ayman Kanmradin (Ayman Bin Kamruddin) held in California last week, Long Beach 221st meeting of the American Astronomical Society on the related research posters show. No one ever photographed an image of a black hole, he said. They are too small in the sky. Now we just got more details, but we havent got the image yet. Here we must make it clear to the reader that the black hole is invisible, and there is no doubt that even the light will be bound by the strong gravity of the black hole and can not escape. However, the boundary of the black hole, that is, the boundary line that the object can not escape once it crosses, is what is known as the Horizon. A lot of material due to gravitational trap here to slide into the black hole and due to the intense friction between the doomed eternally, high-speed movement and material will produce intense radiation, the radiation can be observed from a distance. There are a lot of interesting physical processes near the boundaries of the black hole, Cam Ladin says. Electromagnetic radiation