German scientists have found that a distant star body contains a lot of iron, and the iron content ratio is several times higher than the solar system. The class is very old astrology. When they are born, the universe is still young, while iron elements have a long time. This unusual high iron content may mean that the universe is more older than people. The germanic stars look like a star's celestial body on the photographic film, they are abnormal, far, with huge red shifts, which may be a strenuous galaxy. There, the substance falls into huge black holes and issues a lot of X-rays. Günther Hasinger et al. Günther Hasinger, the German Map Society, using XMM-Newton Space X-ray telescope, and X-rays emitted by the star APM 08279 5255 were analyzed. The red shift of this class star is 3.91. When it is born, the universe is approximately 1/10. It is very bright, and the light has passed a gravitational lens during the way to the earth, so it is exceptionally used to study the situation of the early universe and the huge black hole. Spectral analysis shows that the iron content of this class star center is abnormally high, and the iron-oxygen element ratio is 3 to 5 times higher than the solar system. At present, people's estimates of the age of 15 billion, so this kind of star is born, the universe may only be 1.5 billion. In contrast, the solar system is formed by 9 billion years after the universe bomb. The elements produced at the beginning of the big explosion include only hydrogen and helium, and all "heavy elements" are synthesized in the thermal nuclear reactor of the subsequent stars, and then they are thrown into the Star Space in the supernova explosion. Part of these stars participate in the formation of new stars and planets (such as sun and earth), and the other part is absorbed by black holes in the central center of the galaxy. In nuclear reactions, iron is the most stable element, whether it is fission or fracture, and the energy absorbed is much more energy than the energy, producing a large amount of iron takes a long time. Therefore, in such an old-old star, the iron content is even higher than that of the solar system is very abnormal. There are only two explanations for this: One is that we have never been known, more effective iron elements, and the universe is more older than the imagination. At present, the latter seems to be more people.
