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A picture of “Hubble” reveals a “star cluster” in the “Milky Way” that contains the oldest stars in the universe

A new image from the Hubble Space Telescope showed a “sea” of stars near the center of the Milky Way, which is an ancient globular star cluster.

Scientists say that the stars in this image are about 12 billion years old, making them among the oldest stars in the universe.

And the huge star cluster, which is known as the globular star cluster or the closed star cluster, is called “Pismis 26”.

It was named after the astronomer Paris Pismis, who discovered star clusters at the Tonantzintla Observatory in Mexico more than 60 years ago.

The stars in Pismis 26 have a nearly spherical structure. The cluster appears to contain mostly red stars, with a few bright blue stars along the edges. These colors are partly due to the cluster’s estimated age of 12 billion years, which means it contains many of the oldest stars in our galaxy, if not the universe.

These red-hued stars are likely much older than the bright blue-hued stars that are typical of large, young, fast-burning stars that die early, or the yellow star that straddles the line between the two.

The cluster is also highly metallic, which means that its stars contain higher levels of elements heavier than hydrogen and helium than stars such as the sun.

In particular, scientists believe that these stars are rich in nitrogen, which also indicates that the globular cluster star population spans a range of ages, according to a NASA statement.

In addition, part of the cluster’s coloration comes from a phenomenon known as blushing, which is the result of dense stardust blocking short-wavelength blue light while letting longer-wavelength red light through more easily.

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Pismis 26 is located near the galactic bulge that surrounds Sagittarius A*, the supermassive black hole at the heart of the Milky Way. This part of the galaxy is particularly heavy in dust, thanks to the presence of the black hole and its incredible gravity, as well as all the material around it in the bulge and the dense field of stars it contains.