William Shakespeare is the best-selling fiction author of all time. But his plays and poetry were written over 400 years ago. The Oregon Shakespeare Festival has decided that Shakespeare’s language is too difficult for today’s audiences to understand. So it has commissioned 36 playwrights in a 3-year project to translate all of Shakespeare’s plays into modern English.
Is the universe more complex than we realize? Many people think that scientists understand how it was formed and how it works. But even the most brilliant scholars don’t understand this. For example, here’s summary of what they know (and don’t know) about the forces and particles that make up the universe. This shows that the intelligence behind the universe is greater than the intelligence of the human mind.
The four fundamental forces of nature are gravity (which holds planets, stars and galaxies together), electromagnetism (which holds atoms together so that electrons are attracted to the nucleus), the strong nuclear force (which holds the atomic nucleus together) and the weak nuclear force (which is involved in radioactive decay). These forces hold together atoms, molecules, planets and galaxies. Gravity is described by Einstein’s general theory of relativity, while the other three forces are part of the Standard Model of particle physics.
How well do we understand these forces? Let’s look at the force of gravity.
In the late 16th century Isaac Newton developed three laws of motion, which included a description of gravity. Newton’s laws of motion described the movement of objects. In 1915 Einstein’s theory of general relativity replaced Newtonian mechanics. This theory describes the force of gravity and describes the motions of bodies in our solar system. The general theory of relativity describes an expanding universe, which has been detected by scientists (although some dispute whether the universe is expanding). But observations of distant spiral galaxies defy the predictions of general relativity. To explain this behavior, scientists postulate the existence of dark matter and dark energy. They are named “dark” because they can’t be detected. So they are “fudge factors” to make the mathematical model work. Dark matter and dark energy are theoretical inventions that explain observations we cannot otherwise understand.
On the scale of galaxies, gravity appears to be stronger than can be accounted for using only particles that are able to emit light. So scientists added dark matter as 27% of the mass-energy of the universe. But these particles have never been directly detected! The Hubble Space Telescope found that the expansion of the universe is increasing with time, instead of decreasing as was expected from the force of gravity due to the matter in the universe (whether ordinary or dark matter). So scientists added “dark energy” (a weak anti-gravity force that acts independently of matter) as 68% of the mass-energy of the Universe. Dark matter is an invisible substance that can only be seen through the effects of its gravity, while dark energy is pushing our universe apart. The nature of both remains mysterious.
However, the amount of dark matter and dark energy postulated in the universe is huge. The mass-energy of the universe is assumed to be 68% dark energy, 27% dark matter and 5% observable matter! This means that without the fudge factor, the general theory of relativity only explains 5% of what is observed to exist! So, the universe is so complex that the best mathematical description of gravity needs to be adjusted by a factor of 95%! General relativity is also part of the framework of the standard Big Bang model of cosmology.
So the universe is too complicated for our most brilliant scholars to understand all aspects of the forces that control it. For example, we don’t really know:
– if dark matter exists
– if dark energy exists
– if the universe is really expanding (because it can’t be explained by general relativity without using these fudge factors)
– if Einstein’s theory of gravity is correct (because it can’t explain the universe without using these fudge factors).
This situation is influenced by the fact that astronomy uses remote sensing (measurements made from a distance) to gather its data. Many assumptions are made when interpreting these data and the assumptions have a large influence on the findings. If any of the assumptions are wrong, then the findings are probably also wrong.
These fundamental forces act on atoms, molecules, planets and galaxies. How well do we understand the matter that makes up atoms, molecules, planets and galaxies? Let’s look at the particles that combine to form atoms.
In late 1800s scientists thought that the atom was the smallest building block of nature. But then the electron was discovered in 1897, the proton in 1919 and the neutron in 1932. By the mid-1960’s, it was realized that the understanding that atoms were composed of protons, neutrons, and electrons, was insufficient to explain the many subatomic particles being discovered. Via quantum theory, protons and neutrons were found to contain quarks—now considered elementary particles. Then the Standard Model of particle physics (of fundamental particles and their interactions) was developed to explain the behavior of these subatomic particles. The Standard Model is a mathematical equation that describes the particles and forces that govern quantum physics.
In the Standard Model there are 61 elementary particles (18 quarks, 18 antiquarks, 6 leptons, 6 antileptons, 8 gluons, 4 electroweak bosons, and one higgs boson). This number varies according to what is assumed to be an elementary particle. So in a century the number of fundamental particles has risen from one to 61! That’s a huge increase! The particulate structure of creation was more complex that was imagined. I wonder how many more fundamental particles will be discovered in the next 100 years?
But the Standard Model that describes these particles can’t explain gravity, dark matter or dark energy! The quantum theory used to describe the micro world, and the general theory of relativity used to describe the macro world, are difficult to fit into a single framework. No one has managed to make the two mathematically compatible in the context of the Standard Model.
So the universe is too complicated for our most brilliant scholars to understand all aspects of the fundamental particles that are the building-blocks of the atoms and molecules of matter.
The implications of this complexity
Clearly the forces and particles of the universe are complex. The pattern (design) of the universe is too complex for the human mind to understand. This shows that the intelligence behind the universe is greater than the intelligence of the human mind. Is this evidence of design by a being that is more intelligent than humanity? This is consistent with what the Bible says.
What the Bible says
According to the Bible, Jesus Christ created and sustains the universe.
“Christ is the visible image of the invisible God. He existed before anything was created and is supreme over all creation, for through Him God created everything in the heavenly realms and on earth. He made the things we can see and the things we can’t see—such as thrones, kingdoms, rulers, and authorities in the unseen world. Everything was created through Him and for Him. He existed before anything else, and He holds all creation together” (Col. 1:15-17NLT).
Jesus “existed before anything was created”, including time. As He existed before time was created, Jesus is eternal. In this way, He is different to His creation (the universe). He is “supreme over all creation” because He “created everything”. He created the stars and galaxies (“the heavenly realms”). He not only made the “things we can see” (the visible universe), but He also made “the things we can’t see” (so there is a spiritual unseen dimension to God’s creation which is inhabited by angels). And Jesus “holds all creation together”. This means He controls all the forces of nature including gravity, electromagnetism, the strong nuclear force and the weak nuclear force. Hebrews also says that Jesus “sustains everything by the mighty power of His command” (Heb. 1:3).
Solomon said, “people cannot see the whole scope of God’s work from beginning to end” (Eccl. 3:11). God works in nature, in the spiritual world, in society and in our own lives. This means that no-one can discover the full extent of what God does. Our understanding is limited. Our knowledge is finite, and thus infinitely less than God’s. Some of the wisdom, power, and goodness of God is evident in His creation. But it is so vast and our capacity is so limited and our life is so short that we only understand a miniscule part of what God does. Consequently, there are many mysteries that we don’t understand. For example, when science answers one question usually several replace it. There’s always more to discover.
If complexity requires a creator, who created God?
A common objection to the idea of an intelligent creator is “if all complex things require an intelligent creator, then why is that creator himself not bound to the same rule? Would that complex deity not require an even more complex creator, and so on, for infinity?”.
What this fails to acknowledge is that there are two categories of complex things – those that have a beginning (and so were created) and those that don’t have a beginning (and so were not created). Those that have a beginning (such as the universe and people) do require an even more complex creator. The reason for this is that everything which has a beginning has a cause. This is the law of cause and effect. But as mentioned above God is in a different category. He has no beginning; He is eternal. God, as creator of time, is outside of time. This means He has no beginning in time. As He has always existed, He doesn’t need a cause. So the seemingly endless sequence proposed by the questioner stops at God – He doesn’t have a more complex creator.
We have seen that the universe is too complicated for our most brilliant scientists to understand all aspects of the forces that control it and all aspects of the fundamental particles that are the building-blocks of the atoms and molecules of matter. This complexity should cause us to be humble before our God who created and sustains the universe. And to praise Him as Paul did when he wrote:
“Oh, how great are God’s riches and wisdom and knowledge! How impossible it is for us to understand His decisions and His ways! For who can know the Lord’s thoughts? Who knows enough to give Him advice? And who has given Him so much that He needs to pay it back? For everything comes from Him and exists by His power and is intended for His glory. All glory to Him forever! Amen” (Rom. 11:33-36).
Written, August 2017
Also see: How the universe is held together
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