
Passage: By analyzing the light released or absorbed by the atoms of an object, we can measure whether the object is far away from the earth or close to the earth. when the object is far away from the earth, the frequency of these light will shift to the red end of the spectrum (low frequency), referred to as "redshift", on the contrary, it is called "blue shift". This unique light emitted by atoms is also affected by the mass of the elementary particles that make up the atoms, especially electrons. If the mass of an atom increases, the energy of the photons released by it will also become higher, so the frequency of release and absorption will be blue-shifted. On the contrary, if the particles become lighter and lighter, the frequency will redshift. Astronomical observations have found that most galaxies have redshift, and the farther away the galaxies are from Earth, the greater the redshift. Based on this, many scientists believe that the universe must be expanding.
Question: Which of the followings, if true, can best refute the views of the above scientists?
A. A.Individual blue-shifted celestial bodies have also been found in the distant universe
B. B.The earth is not in the central region of the universe
C. C.The number of stars that people can observe may be less than 1% of that of the real universe
D. D.From the perspective of other celestial bodies in the universe, redshift is also an absolutely dominant phenomenon
Answer: