Category: Evidence for God in Physical Design

Evidence for God in the Physical World

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Chaos Mathematics and Solar System Design

Chaos Mathematics and the Solar System
One of the ongoing mysteries about the solar system is the question of how the orbits of the planets and other objects function. If the solar system consisted of only the Sun and the Earth, the motion of the Earth could be easily calculated by a simple formula. When you add other planets and moons, all tugging and pulling on Earth in different ways at different times, no simple mathematical formula explains what is taking place. The solar system seems to be incredibly stable, but why should that be? Chaos mathematics helps us see design in the solar system.

For hundreds of years, astronomers and mathematicians have wrestled with the questions that relate to the consistency of the solar system. Why does Mars not get pulled out of its orbit and crash into Earth? Why does Earth not drift closer to the Sun when it is pulled on by the gravitation of the inner planets? How does the Moon’s gravity affect Earth’s orbit and rotation?

Modern computers have given us spectacular advances in understanding planetary motions. The simple calculation gets complicated when you add a second planet to the solar system. With three objects tugging on each other and the Earth no longer follows a precisely elliptical orbit. Earth experiences different gravitational pulls at different times depending on the distances between the objects. With each planet, moon, and even asteroid the calculations become more difficult.

Since no simple formula accurately describes the planetary motions, French astronomer Jacques Lasker and others have used an advanced technique called chaos mathematics. The term chaos in this application does not mean a disorderly system. Chaos refers to situations in which the behavior of a dynamic system depends sensitively on the initial variables that control the final outcome. In this case, each of the planetary gravitational effects is written as an equation called a differential equation. By carrying all of the equations out to include many variables and then averaging the equations, Lasker was able to describe the orbits very successfully. Other scientists have found that adding other influences such as the effects of relativity increase the accuracy and predicted stability of Earth’s orbit.

The importance of this work is that it shows why the solar system consists of many objects and not just the Earth and Sun. A resonant system of gravitational forces is needed to keep the stability and consistency of our orbit around the Sun. Chaos theory and the use of computers that can do incredibly complicated calculations have opened the door to a better understanding of our complex solar system.

Romans 1:19-22 tells us that we can know that there is a God through the things He has made. Psalms 19:1 and Isaiah 40:26 tell us to examine the heavens and see the handiwork of God. Chaos mathematics tells us that the initial state is crucial to the outcome. God established the initial state which has given us our present stable solar system.

The more we learn of the creation, the more we learn of the Creator. Chaos theory in mathematics shows us the wisdom and planning built into the orbit of our planet around the Sun.
–John N. Clayton © 2017

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Scientists and God: A Different View

Scientists and God
J. B. S. Haldane in 1914

In each issue of our printed publication, we have a feature called Scientists and God, in which we quote from a leading scientist who is also a believer in God. Today I would like to do something a little different. I want to quote the words of a leading scientist who was not a believer.

J. B. S. Haldane (1892–1964) was a British geneticist and evolutionary biologist. He was also an outspoken atheist and a Marxist. Because of the political controversy caused by his Marxist ideology, he left England in 1956 and spent the remainder of his life in India.

Haldane was a brilliant man who made contributions in the areas of genetics, evolutionary biology, and mathematics. In many ways, he was ahead of his time. He proposed the central ideas of in vitro fertilization. He was the first to suggest human cloning. In fact, he coined the use of the term “clone” for that purpose. He also helped to create the science of population genetics.

Haldane proposed correctly that sickle-cell disease gives immunity to malaria. He prepared gene maps for color-blindness and hemophilia. Nobel Prize winning biologist Peter Medawar called Haldane “the cleverest man I ever knew.”

In 1929, Haldane introduced the “Primordial Soup Theory,” which said that life began on the early Earth in a chemical soup where the elements of life came together. That theory became the leading concept of abiogenesis–the idea of life coming from non-living matter by a natural process. Haldane’s theory led to the famous Miller-Urey experiment in 1952. In that experiment, Stanley Miller created a sealed container with the chemicals thought to have been part of the early atmosphere of Earth. He subjected the chemicals to an electric spark and collected some amino acids which are the building blocks of proteins. The news media went wild over “creating life in the laboratory,” but that was an example of media exaggeration–or as it would be called today “fake news.”

Incidentally, science has since shown that the Miller-Urey experiment did not emulate the conditions or chemicals of the early Earth and therefore is not a valid demonstration of the first step in abiogenesis. However, it is still shown to students in school textbooks because science has not produced anything better, and it is easy to understand. Today’s attempts at abiogenesis are far more complex, proving that it takes great intelligence and carefully controlled lab conditions to produce even the basic building blocks of life. In other words, it takes intelligence to create life, which has been our message for many years.

Haldane wrote numerous books presenting his ideas and defending Darwinism. In 1949 he debated British ornithologist Douglas Dewar on the topic “Is Evolution a Myth?” In that debate, Haldane said that evolution would not be capable of producing “various mechanisms, such as the wheel and magnet, which would be useless till fairly perfect.” In other words, if those mechanisms could be found in living organisms it would be an indication that evolution did not create those organisms.

Since that debate, we have found magnets in anaerobic bacteria which are considered to be the most “primitive” forms of life. The sightless, single-celled magnetotactic bacteria consume iron and produce magnets which they use to guide them to anaerobic areas that are safe for them to live. The magnets they produce are better for some scientific purposes than what humans can produce in the laboratory. Turtles, birds, and other more advanced animals also use magnets for navigation. Wheels can also be found in living organisms. As Janine M. Benyus (another Darwinist) wrote in her book titled Biomimicry, “Even the wheel, which we always took to be a uniquely human creation, has been found in the tiny rotary motor that propels the flagellum of the world’s most ancient bacteria.”

So wheels and magnets are found in the most “primitive” and “ancient” of single-celled bacteria. If that 1949 debate were taking place today, I doubt if J. B. S. Haldane would say that those mechanisms could disprove evolution. On the subject of Scientists and God, there are many views. Our view is that those mechanisms found in bacteria indicate an intelligent Creator who understood magnets and wheels long before humans did.
–Roland Earnst © 2017

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We Need Lightning to Survive on Earth

We Need Lightning
Most of us have had some experience with lightning. The chances are that our experiences have been terrifying and destructive, and we may view lightning as a bad thing. You may wonder if we need lightning. The short answer is, “Yes.” Lightning is a good thing, and there are many things we are still learning about it.

Lightning helps produce the nitrates and other nitrogen compounds that are needed by all living things on Earth. The process is called “nitrogen fixation, ” and it is vital to our very existence. Water droplets in the air carry an electric charge. That charge can accumulate to dangerous levels unless there is a way to neutralize it. That’s where lightning comes in.

One of my favorite demonstrations as a physics teacher was to get a very small flow of water going from a faucet and then bring a charged rod up to the column of water. The stream of water will bend in response to the charge. That is because the polar nature of the water molecule allows it to have electrical properties. Because of water’s electrical property, lightning is generated to release nitrogen from the air and deposit it in the crust of the Earth as nitrates and other nitrogen compounds that plants need to grow. The plants then feed and protect the animals and us.

Low Earth orbit satellites and high flying airplanes have recently made us aware of other properties of lightning. We have learned that red sprites occur and they have been photographed above large thunderstorms. Other upper atmosphere lightning phenomena include blue jets and terrestrial gamma flashes. Scientists are studying the highly complex nature of lightning to understand how the system works.

The Bible makes many comments about lightning. It tells us that lightning is made with water (rain) even though people at that time totally ascribed lightning to supernatural causes. (See Jeremiah 10:13 and 51:16). Lightning is referred to as a tool of God. (See Job 28:26; 36:30; 37:3, 11, 15; 38:24, 25, 35.)

We are just beginning to understand the design of Earth’s atmosphere and why we need lightning. It continues to be obvious that the more we know of the creation, the closer we get to understanding the power and wisdom of the Creator.
–John N. Clayton © 2017

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World’s Largest Snake- TITANOBOA

World's Largest Snake
It was the world’s largest snake. Fortunately, it is extinct. The computer-generated picture shows what it might have been like if a human had ever confronted a Titanoboa (Titanoboa cerrejonensis).

One thing that many creationists and evolutionists forget is the fact that Earth’s climate in the past was much different from what it is today. To produce animals of massive size, Earth’s climate would have to be much warmer. The temperatures would have been so high that mammals could hardly survive. Cold-blooded (ectothermic) animals in tropical areas today tend to be larger than ectothermic animals found farther from the equator.

While giving lectures in Colombia, South America, we learned about the snake named Titanoboa. Fossils of more than two-dozen of these snakes were discovered in coal mines in northern Colombia. The name means “titanic boa,” and that seems fitting because it measured 48 feet (14.6 m) long and would have weighed 2500 pounds (1,135 kg). For a snake of that size to live, the climate must have averaged 90 degrees F (32 degrees C). It is difficult to comprehend how any mammal, especially humans, could survive in such temperatures.

Why would God have given this planet such an extreme climate? It was needed to support the world’s largest snake, other huge animals, and the massive vegetation they required. What was the purpose of those animals and plants? That environment made possible the coal, petroleum, and other resources that would later be needed by humans to support an advanced civilization. This is one more indication that the prehistory of the Earth had conditions uniquely designed by God to prepare the planet for human habitation.
–John N. Clayton © 2017

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Dark Matter and Black Holes

Dark Matter and Black Holes
Dark matter is the glue that holds our universe together. We have discussed a variety of ways that dark matter is critical to the existence of our solar system and of galaxies in general. We have also reported on unsuccessful experiments to try to find that mysterious dark matter. We have discussed the concept of WIMPS (Weakly Interacting Massive Particles) and the idea of attempting to see dark matter by smashing protons together. Now scientists think there may be a connection between dark matter and black holes.

A new study reported in Scientific American (July 2017, page 39-) reports that primordial black holes are now appearing to be the cause of dark matter. The computer model shows that when the creation process usually called “the big bang” took place, seeds of primordial black holes were produced. Those black holes could cause all of the phenomena that we observe and attribute to dark matter. This would be a much simpler cause of the dark matter than previous models would indicate. Dark matter would be a bi-product of the creation process.

From an apologetic standpoint, this is very interesting. God’s power is so great that when He applied that power in the creation process, massive numbers of primordial black holes were produced. If this hypothesis is correct, it tells us something of the power of God and explains the structure we see in the cosmos. It will be interesting to see if future research will confirm or deny this new observation.

The authors of the research document into dark matter and black holes are Juan Garcia-Bellido and Sebastien Clesse.
The Scientific American article is here.
The scientific document is available here.
–John N. Clayton © 2017

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Jupiter Comet Shield

Jupiter Comet Shield
Jupiter Struck by Shoemaker-Levy 9

There is a significant amount of debris left over from the formation of the solar system existing in clouds outside the solar system. That debris eventually gets attracted toward the Sun. In 1992 scientists observed Jupiter pulling the comet Shoemaker-Levy 9 apart and breaking it into more than 20 pieces which eventually slammed into Jupiter’ surface in 1994. We learned that we have a Jupiter comet shield to protect our planet.

It is obvious that Jupiter is essential to the survival of life on Earth if for no other reason than the shield it gives us. Right now a spacecraft named Juno is orbiting Jupiter and sending back data and pictures that are amazing. The spacecraft has made five elliptical orbits since last July dipping to within 2100 miles of Jupiter’s atmosphere, collecting data, and taking photographs. ScienceNews.org has some of the amazing pictures.

Here are some things we have learned about Jupiter:

*Polar cyclones 900 miles wide circle the planet.

*Jupiter has a powerful magnetic field about ten times stronger than Earth’s.

*Powerful auroras work in the polar areas of the planet but are different from what we observe on Earth in both structure and function.

*There is a concentrated band of ammonia near the planet’s equator.

There is still much to learn about this giant planet. The observations we are making assist us in understanding how the solar system was formed. They also show us what affect Jupiter has on us today as well as in the future. Psalms 19:1 tells us that “The Heavens declare the Glory of God and the firmament shows his handiwork.” It is an exciting time to be alive and to watch as we use new tools to understand the creation and how God has given us a Jupiter comet shield.
–John N. Clayton © 2017

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Galactic Collision Is Coming!

Andromeda Galaxy on Galactic Collision Course
Andromeda Galaxy

A skeptic remarked to me, “If a wise God created the universe, it would have been designed better. Our Milky Way galaxy and the Andromeda galaxy are on a galactic collision course. They are going to smash into each other and tear each other apart. That’s the end of life on Earth. You’re God must not be very smart.” What could I say? Yes, it’s true that astronomers have determined that there will be a galactic collision of the Milky Way and Andromeda galaxies resulting in the destruction of both. But there is more to the story.

Recently I read an article about scientists who are studying two black holes that appear to be orbiting each other 750 million light-years from Earth. The scientists are watching them to see what will happen when two black holes collide as they spin into each other. The reason for the scientists’ curiosity is they want to know what will happen when the black holes in the center of the Milky Way and Andromeda come together. (It seems that most galaxies have black holes in their center.) Of course, the center of the galaxies will not meet until long after the outer spirals have destroyed each other, and Earth as well. Still, the scientists want to know what will happen when black holes collide. Will they swallow each other and become a super-super-massive black hole? Will they disappear? Who knows?

The scientists have been watching those distant orbiting black holes for about 12 years now. How much longer will they have to wait to find the answer? They estimate that those black holes orbit each other every 24,000 years. How many orbits will it take for them to converge in a catastrophic explosion of energy? At this point, it’s anyone’s guess. The bottom line is that it’s going to take a lot longer than 12 years, or even 12 hundred, or 12 thousand, or maybe even 12 million. The scientists working on the project will not be around to learn the answer.

Let’s get back to the expected Milky Way-Andromeda catastrophy. When will it happen? Oh, let’s say in a billion years or so. We have many more important things to worry about than the coming galactic train-wreck. So why was the skeptic saying that there can’t be an all-wise, loving, and powerful God because our two galaxies may be destroyed in a billion years? That’s a very weak excuse for not believing in God. The point is that God never intended for this universe and our planet to last forever. He even told us so. (See 2 Peter 3:10-12.) God had a specific plan in mind to give us a chance to learn to love and serve him and to grow toward becoming the people he called us to be. There is a much better universe coming. (You can read about it in Revelation 21.) There is no need to worry about a galactic collision. In the new universe: There will be no more death or mourning or crying or pain, for the old order of things has passed away” (Revelation 21:4).
–Roland Earnst © 2017

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Climate Change and Evidence

Climate Change
This ministry is all about evidence. Science is knowledge, and that means evidence. We can all make our own interpretation of the evidence, but the evidence remains factual and is real science. There are people on all sides of the issue of climate change voicing opinions as facts. Christians should be concerned about the well-being of our fellow humans, and we should not be exploiters and abusers of what God has created.

When Paul wrote to Timothy, he said to avoid “oppositions of science falsely so called”(1 Timothy 6:20). Any opposition to the Bible or to belief in God will be false science because it will be opinion and not science.

Since 1873, when record keeping began, the average temperature of the planet has been 57 degrees Fahrenheit. That is an average, so in some places like the poles, it was much colder and in places like the tropical deserts it was much hotter. The last decade in which the average global temperature was colder than 57 degrees was the 1970s. In the 40 years since that time, the average temperatures have been over 57 degrees. In 2016 the average was the highest ever recorded. That number was only 1.69 degrees higher, but that is a significant amount of change.

We can argue about the cause, whether we can do anything about it, and whether humans are responsible. All of that is opinion, and much of it is based on false science–people stating opinion as fact. The fossil record shows clearly that Earth has had periods that were much hotter than today and periods that were much colder. Climate change is an issue to be concerned about politically, economically, and socially. No matter what your opinion, remember to examine the facts and base your actions on the facts, not on false science.
Reference: Popular Science July/August 2017, page 9.
–John N. Clayton © 2017

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A Quiet Neighborhood is a Good Neighborhood

Beyond the Quiet Neighborhood
At a June 7 meeting of the American Astronomical Society, Benjamin Hoscheit presented information gained from studying 120,000 galaxies. The study agreed with earlier findings that our Milky Way galaxy is located in the largest cosmic void that we can observe. When scientists look one billion light-years out into the universe, they find that the cosmic density becomes much greater. The conclusion they have reached is that the Milky Way is in a relatively open area of space about two billion light-years across. We live in a quiet neighborhood.

The computer image from the Millennium Simulation Project illustrates the dense filaments of dark matter stretching through space. Galaxies are mostly clumped along the filaments. The Milky Way resides in one of the voids between those strands. What are the implications of that? Galaxies tend to be in clusters, and our cluster is called the Local Group. A typical galaxy cluster will have 10,000 galaxies close together. (Close by cosmic standards.) The Local Group has only forty galaxies, and all of them are dwarf galaxies except the Milky Way and Andromeda which are medium-sized. If there were large galaxies close to us, their gravity could distort the spiral structure of the Milky Way making advanced life on Earth impossible.

The Milky Way is a spiral galaxy—the only kind of galaxy capable of supporting advanced life. Star formation drives the spiral motion. Star formation requires the infusion of gas and dust which the small galaxies provide. Clusters of galaxies reside inside superclusters. Our Local Group cluster is on the outer fringe of the Virgo supercluster. If it were near the center of Virgo, the massive clusters there would absorb the Local Group and make life impossible.

Also, our solar system is located in the best position within our galaxy at about two-thirds of the distance from the center. In the center of the Milky Way (and most galaxies), there is a massive black hole that would swallow our solar system if we were anywhere near it. If we were farther out in the spiral, the solar system would be subject to massive instability, again making life impossible.

Of course, Earth is also located in the solar habitable zone where we are not too close or too far from the Sun. One final thing to note is that in this cosmic void and the position in our galaxy, we are at the optimum location for observing all of the things I mentioned. We have an excellent view of the universe. We are in more than a quiet neighborhood. We are in the “Goldilocks Zone” where everything is “just right.”

You could say that we got lucky and all of these things, and many others, are merely freak accidents. We believe that God had a reason for putting us where we are, and has given us a purpose for being here.
–Roland Earnst © 2017

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Asteroids Have Value

Vesta, Largest of Asteroids

What happened to the dinosaurs? The prevailing theory for the extinction of dinosaurs involves an asteroid collision at Chicxulub in the Yucatan Peninsula of Mexico. Whether you accept that theory or not, there is no question that there are vast numbers of asteroids in space. They are apparently leftovers from the formation of the planets. At least nine times an asteroid has hit the earth leaving a crater that can be studied and mapped today. Some of the craters are huge. The largest is a crater 186 miles (300 km) wide in South Africa called the Vredefort crater. The question is, “Why would God allow such objects to exist knowing they could become a threat to life on Earth?”

First, we need to realize that such collisions are incredibly rare and so far they have never impacted humans. There are more than half-a-million known asteroids. The largest is Vesta (pictured) which is 329 miles (530 kilometers) in diameter. The smallest are only 33 feet (10 meters) in diameter. Objects smaller than that are called meteoroids. According to NASA, the total mass of every known asteroid is less than the mass of our Moon.

Scientists are studying their chemical composition of asteroids. What they have found is that they are very rich in rare-earth metals as well as iron, nickel, and cobalt. In the future, we may replace depleted resources on Earth by mining asteroids. Experts have estimated that the value of minerals in asteroids is in the trillions of dollars. Two American companies are gearing up to pioneer asteroid mining operations–Deep Space Industries and Planetary Resources.

We think too small when we think that God planned for humans to be limited by the resources of Earth. What appeared to be a threat in the past may turn out to be an incredible blessing from God in the future.
Data from Discover Magazine, July/August 2017, pages 50-51 and https://solarsystem.nasa.gov/planets/asteroids/indepth.
–John N. Clayton © 2017