Not exact matches
Some meteorites have been known for decades to
contain a record of the original building blocks of the Solar System, including stardust grains that formed in prior
generations of
stars.
They were surprised to find that this youthful galaxy
contained an abundance of interstellar dust — dust formed by the deaths of an earlier
generation of
stars.
This tiny impurity suggests that it
contains the ashes of some of the very first
generation of
stars.
In contrast, younger
generations of
stars consumed the corpses of their predecessors
containing heavy elements, which stunted their growth.
As a result, their
stars contain fewer of the heavy elements needed to construct planets, since those elements (like iron and silicon) must be created in earlier
generations of
stars.
Furthermore,
stars in the most distant galaxies
contain heavy chemical elements.53 Therefore, according to the big bang theory, several
generations of
stars must have preceded those
stars.
Because its
stars contain heavy elements, it must have formed after
generations of other
stars somehow evolved, lived through their life cycle, and exploded.
The second process relies on the fact that
stars also
contain smaller amounts of carbon produced in previous
generations of
stars that exploded as supernovas.
c. Recollect, somehow, enough of that exploded debris — presumably
containing heavy elements — to form second
generation stars.
This stellar
generation contains many, little, low - mass
stars that have very long life times.
This site also
contains Princeling, a fantasy novel set in a world where war has lasted for
generations, From Hell to the
Stars, a loose translation of a medieval science fiction classic, and Main Stream, a sampling of suspenseful historical fantasy stories.