Big Cosmic Structures Cause Big Bang Problems

The more nature is studied, the more complex it becomes. For example, microscopic cells were believed to be simple and described as "grapes in jelly." Equipment has improved over the years and now cells are known to be extremely complex. Going the other way, the cosmos is amazingly huge.

Dwarves, giants, and other kinds of stars have been known for years, but with those powerful telescopes, new terminology has been utilized. Now we have supergiants, hypergiants, and other names that seem to be used because astronomers are running out of adjectives. Then there are galaxies.

The Passion of Creation with JWST image from NASA (who does not endorse this site), both modified

Remember, galaxies are where most stars are grouped. The James Webb Space Telescope was expected to find what the universe looked like soon after the Big Bang. It did not go well. Instead, numerous problems (such as large galaxies) are going against the standard secular model of cosmic formation and evolution. Instead, creation science cosmology is being confirmed! The skill and power of the Creator is increasingly evident.

Most stars in the universe are in huge galaxies. Our Milky Way is estimated to contain 100–400 billion stars. It is so wide that even light would take some 90,000 years (under today’s conditions) to travel from one side to the other. Galaxies in turn are mostly found in groups of galaxies. Above a certain numerical size, these are called galaxy clusters. These clusters can in turn be found within a cluster of clusters, or supercluster. The observable universe is thought to contain some 10 million of these.

To read the rest of this very interesting article, visit "Massive cosmic structures challenge big bang theory."