More common examples involve flowers and bees adapting to each other to make pollination more favorable, and predator and prey continually evolving new ways to outwit each other; that is the so-called Red Queen hypothesis for this, in which sex is an advantage due to its resulting genetic diversity.
In astronomy, some researchers contend that galaxies and black holes have become subject to a version of this process, while on a molecular level it is invoked to explain similarities in the genomes of endosymbiontic mitochondria and eukaryotes, such as in the genes for their respective cytochrome c oxidases. More common examples involve flowers and bees adapting to each other to make pollination more favorable, and predator and prey continually evolving new ways to outwit each other; that is the so-called Red Queen hypothesis for this, in which sex is an advantage due to its resulting genetic diversity. For 10 points, name this process in which two entities change in a dependent manner on each other.
In astronomy, some researchers contend that galaxies and black holes have become subject to a version of this process, while on a molecular level it is invoked to explain similarities in the genomes of endosymbiontic mitochondria and eukaryotes, such as in the genes for their respective cytochrome c oxidases.
{co-evolution}