Homogeneous View of the Cosmos

Homogeneous View of the Cosmos and the Giant Arc
The Giant Arc is the curved line of dots in the center

The standard model of cosmology maintains that matter in the universe should be more or less evenly distributed across space. This homogeneous view of the cosmos was based on what astronomers could observe using the instruments available when they developed the first cosmological theories. If the creation started with a singularity, the cosmos as a whole should be relatively even. Gravitational interactions would make some local lumps in the creation, but matter should be evenly distributed through the cosmos as a whole.

In 2021, researcher Alexia Lopez was analyzing the light from distant quasars when she detected a giant arc of galaxies in the constellation of Bootes. It spanned a massive 3.3 billion light years in diameter. That structure is one-fifteenth of the radius of the observable universe. Known as the “Giant Arc,” it violates the homogeneous view of the cosmos, which says that everything should be evenly distributed with no noticeable irregularities.

As the Webb telescope sends more observations to researchers, old theories of galactic formation and the origin of the cosmos may have to be discarded, and new ideas advanced. Nevertheless, the fundamental question of creation continues to lead back to the same conclusion: there was a beginning to time, space, and matter/energy.

The object here is discovering the process God used to make everything we see. The complexity of the creation process was so great that it is very difficult to attribute it to some accidental incidents. The statement in Proverbs 8 gives us more understanding as Wisdom talks about being present before the creation. We see evidence of that in every discovery in astrophysics.

— John N. Clayton © 2023

Reference: BBC Report “The giant arcs that may dwarf everything in the cosmos

The Complexity of the Cosmos

The Complexity of the Cosmos

The complexity of the cosmos is so incredible that it baffles the best scientific minds of our day. Scientists have employed elaborate machines to try to understand more of the nature of the creation.

When I was a high school student, we learned that the cosmos is made up of electrons, protons, and neutrons. All of chemistry and physics could be explained by the measurements of these three particles. When I took my first college course in nuclear science, I began to work in the cyclotron, assisting graduate Ph.D. candidates. I realized the creation was not as simple as it appears. As an atheist, this was distressing because I could see that human knowledge of the complexity of the cosmos was, at best, incomplete.

As a graduate student, I was privileged to work with equipment that could smash protons to see what was inside. “Fundamental particles” was a term that began to show up in the scientific literature, and gradually another “simple explanation of everything” began to emerge. It was called “The Standard Model of particle physics.” It consisted of leptons (such as the electron), and quarks which made up protons and neutrons.

This model also required force particles called bosons to hold things together. With larger and more powerful accelerators, scientists discovered still more particles which were the glue holding everything together. These particles were part of the structure of matter called gluons and the Higgs boson. The complexity of the cosmos was becoming more impressive.

Despite all of this work by literally thousands of physicists worldwide, they were still seeing things that didn’t fit all of the models. Galaxies were spinning too fast to hold together unless some unknown and unseen force was counteracting the centrifugal force of the rotation. The latest measurements show that 68.3% of the creation is made up of energy we can’t detect by any existing instrumentation. We can measure the mass of the cosmos, but 26.8% of the mass we know must be there because of gravitational fields is missing. Scientists now refer to the two missing quantities as “dark energy” and “dark matter.”

The complexity of the cosmos causes us to wonder at the intelligence that created all of this. We will examine this topic more tomorrow.

— John N. Clayton © 2021

Natural Elements of the Periodic Table

Natural Elements of the Periodic Table
One of the things high-school chemistry students have to learn is how to use a periodic table of the elements. As we worked with the chart, I almost always had a student ask me how the natural elements of the periodic table came into existence. Our textbook simply said that the elements were produced by “the event that produced the universe.”

Dr. Timothy C. Beers is the chair of astrophysics in the College of Science at the University of Notre Dame. The Notre Dame Magazine for Autumn 2017 contains an interesting article about his efforts to understand the processes that formed the natural elements of the periodic table. Dr. Beers calls it “Galactic Archaeology.”

Beers was the first scientist to identify “carbon-enhanced metal-poor stars.” These stars appear to have formed very early in the creation of the universe, and thus they give a window into the past. When the universe was created, only hydrogen and helium were present. Beers and his fellow researchers are working to understand what is called a rapid neutron-capture process. When neutrons bombard the lighter elements, some of those neutrons latch on and create heavier elements. As we watch that process taking place, we see that producing the elements heavier than hydrogen and helium requires a more complex process than anyone could imagine.

The Bible simply says, “In the beginning, God created the heavens (outer space) and the earth (elements that make up our planet).” God doesn’t tell us how He did it, but Genesis 2:3 tells us that God created (did a miraculous event that humans cannot do) and made (did an event that we can do and understand). The team that Dr. Beers leads is trying to understand how God did it.

Understanding how God created the stuff that makes up our bodies is a part of seeing the handiwork of God. Dr. Beers says, “I think human beings want to know the story,” and he says that his work will surely produce a religious response. The design of the natural elements of the periodic table is amazing. Learning how God formed them is a rich source of data about God’s design and creative wisdom.

In Proverbs 8:22-23 wisdom speaks of the creation, “The Lord possessed me in the beginning of His way, before His works of old. I was set up from everlasting, from the beginning, or ever the Earth was.” Knowing how God did the marvelous creation we see around us includes the very large such as the Grand Canyon and the very small such as quarks. Understanding how He made the elements is one of the most astounding evidences of design we can see in the cosmos.
–John N. Clayton © 2017