Advanced Civilization Support

Advanced Civilization Support
We have often mentioned before the evidence that our planet was designed to support life. More than that, it was designed to support advanced life. It was even designed to support advanced civilization.

You can see evidence for advanced civilization support in the minerals of Earth’s crust—minerals that are essential for machinery and electronics that enable technology. One thing which perhaps you have not considered is how the size of our planet also supports advanced civilization. Among the achievements of science is space flight. The ability to use rockets to leave Earth’s surface makes it possible for us to place satellites in orbit. Those satellites include:

*Communication satellites which make possible nationwide and international television, news, sports, telephone, and video conversations.
*Global positioning satellites giving us GPS which we use for many purposes including airplane, ship, and personal navigation plus farming and safety uses.
*Weather satellites giving us advance warning of storms and helping to keep us safe.
*Observational satellites that allow us to study and learn more about our planet.
*Telescopic satellites which enable us to study our solar system and the universe.

We often fail to realize how important those satellites are for our advanced civilization. Also, the ability to use rockets to leave Earth’s surface allows us to send out space probes to explore our solar system and universe.

What does the design of our planet have to do with our ability to leave the surface? The answer relates to gravity. Astronomers have been looking for habitable planets orbiting other stars. They believe that they have found many of those exoplanets. However, the planets that are more likely to be located in habitable zones (where liquid water can exist) are much larger than Earth. A much-larger rocky planet would have much more mass and therefore much more gravity. Launching a rocket into space from such a planet would be much more difficult, if not impossible. Even airplane flight and the flight of birds could be affected by increased gravity.

A planet with a diameter 70 percent greater than Earth’s diameter would have ten times the mass. The advantage of having much more gravity would be that a planet like that could hold a thicker atmosphere which could give more protection from harmful cosmic rays and incoming asteroids. The disadvantage of a thicker atmosphere would be that it might also block useful solar rays. However, getting a rocket off the ground and into space could be prohibitive. It would require a much larger rocket which would require more fuel. That would require an even larger rocket to carry the extra fuel. The weight of the larger rocket and fuel would require an even larger rocket requiring even more fuel. This quickly spirals out of control.

So what is the conclusion? We live on a planet that is large enough to hold an atmosphere that protects us but small enough that we can to break the bond of gravity to go into space. A smaller planet would not have the atmosphere we need. A larger planet would not allow us to explore beyond our planet or even to send up satellites that help to make advanced civilization possible. As Goldilocks might say, “God made it just right.”
–Roland Earnst © 2018

Earth’s Magnetic Field

Earth's Magnetic Field
You might say that planet Earth is a very large magnet. We have mentioned before Earth’s magnetic field that is generated by the iron core. The movement of that molten iron generates a magnetic field surrounding our planet. We can see the effect of that field every time we use a compass to find directions.

What you may not realize is that there is also a magnetic field generated by the ocean. Salt water is a good conductor of electricity. Moving electric currents generate magnetic fields. Hans Christian Ørsted discovered that by accident in 1820 when he noticed that placing a compass near a wire carrying an electric current caused deflection of the compass needle.

Salt dissolved in the oceans’ water creates ions, which are electrically charged particles. The movement of ocean tides causes those charged particles to move. Electric current is electrically charged particles in motion. Since electric current generates a magnetic field, the ocean tides generate magnetic fields. Because the movement of ocean currents and tides is complex, the magnetic fields generated by the oceans are more complex than the big magnetic field of the Earth. They are also 20,000 times weaker than Earth’s main magnetic field making them harder to measure.

Today’s satellite technology allows us to map the oceans’ magnetic field. The European Space Agency used three satellites to create a network called “Swarm.” They used the data from those satellites to create a 3-D digital map of this little-known magnetic field. The research shows how the field changes over time. Although the oceans create a relatively small part of Earth’s magnetic field, they play an important role. Mapping this field also give scientists a better picture of how the oceans flow all the way down to the seabeds. That information gives us a better understanding of Earth’s climate.

Combined with the magnetic field produced by the molten core and rocks in Earth’s crust, we are protected by a “cocoon” surrounding our planet. You might say, “Protected from what?” Our Sun frequently erupts in solar storms releasing charged particles that escape into space. Many of those particles travel to the Earth. We call it “solar wind.” Without a protective magnetic shield, those particles would reach Earth’s surface disrupting power grids and aircraft navigation. More basic than that, they would damage human cells causing cancers and other health problems.

We don’t think it’s by chance that we have the protection of Earth’s magnetic field. We see this as one more evidence of the provision of God to make possible life on this planet.
–Roland Earnst © 2018

Can Death Be Conquered?

Can Death Be Conquered?
Some people say that nothing is certain except death and taxes. The truth is that only one of those things is certain. Not only will every one of us die, but every government that collects taxes will also die. It’s a scientific fact that all things, even the universe itself, will come to an end. Can death be conquered?

There is no escaping physical death for everyone and everything. Since we are limited to the dimension of time, and since there is such a thing as the Second Law of Thermodynamics, disorder will eventually catch up with us and with everything else. Our vehicles wear out. Our clothing wears out. Our bodies wear out. Even the Sun and all of the other stars will wear out.

If you spend your life getting all you can for yourself not caring whom you hurt in the process, you will not take your riches with you. If you devote your life to studying science and adding to the database of human knowledge, that too will go away. If all things in the universe, including humans, are merely accidents of chance, we ultimately have no purpose, no value, and no hope.

If you have read this far, you may be feeling depressed, but I have good news. There is a God who created the universe, and you, for a purpose. Yes, your body will die, and even the universe will die. But by God’s grace, you can choose to live on. God entered the time dimension in human form and conquered death for us. Jesus said, “I am the resurrection and the life. Those who believe in me, though they die, yet shall they live.”

How can death be conquered? In the beginning, God created time and space, matter and energy. Since He created those things, God is not limited by them. God had no beginning, and He will have no end. The death, burial, and resurrection of Jesus demonstrated God’s love and grace and His power over death. Because of that, you have the choice to believe and accept and live on beyond the universe. “Death has been swallowed up in victory” (1 Corinthians 15:54).
–Roland Earnst © 2018

One Strange Rock

One Strange Rock
The March 2018 issue of National Geographic features an article with the title One Strange Rock. A NatGeo TV presentation by the same name premiers today. The subtitle of the magazine article says: “13 things that make life on Earth possible.”

For many years we have presented these variables in our videos and audios, books and articles. While new data has expanded these concepts, the fundamental design features of the cosmos remain an excellent argument for the existence of God and His role in the creation. Here are the 13 variables that National Geographic presented to support the idea that Earth is one strange rock:


We encourage you to view our video series which begins by looking at these variables and showing the probability factors for these and other variables. The point of our discussion is that when you calculate the odds of these things happening by chance, you end up with a probability that is statistically unacceptable.

The conclusion of National Geographic in the article is:

“Earth is well equipped as a planet and ideally placed in our solar system and galaxy to support life as we know it. The product of some 4.6 billion years of cosmic construction, our planet is flush with life thanks to a fortuitous set of conditions, from the optimal chemical makeup of our planetary core to our safe distance from the hidden black hole at the heart of our galaxy.”

Construction suggests an intelligence doing things in a logical order. Blind chance is not a method, and chance produces as much chaos as order. These 13 variables are just astronomical parameters. There are also design features seen in the creation of physical laws and the laws of quantum mechanics that allow stable atoms to exist. Planet Earth is far more than one strange rock.

The more we know of the creation, the more we know of the Creator. Our knowledge is increasing daily which means the evidence for God’s existence also grows daily.
–John N. Clayton © 2018

Grand Design and Stephen Hawking

The Grand Design
In our March 15 article on this site, we mentioned the death of Stephen Hawking. We noted some of the amazing things that Hawking accomplished. We have received some mail about Hawking and his role as an atheist. How much Hawking’s battle with health issues affected his view of God is hard to answer, but his resistance to believing in God is undeniable as shown in his book The Grand Design.

In his otherwise excellent book A Brief History of Time (Bantam Books, 1988), Hawking did a masterful job of explaining the second law of thermodynamics. He even intimated that the second law was supportive of the existence of God. That was something Hawking didn’t want to do, so at the end of the book he invented something he called “virtual time.” He couldn’t define virtual time, and it is not testable and therefore is not science. By accepting virtual time, Hawking was able to deny that there was a beginning and that the beginning had to be caused by an entity outside of space/time.

Hawking’s first wife was a believer in God and expressed concern about the integrity of the virtual time argument. Many have suggested that Hawking’s belief system was all that the last chapter of the book was trying to defend.

In his 2010 book The Grand Design, Hawking declared that God is not needed to explain the existence of the universe. In an interview, he said, “There is no heaven or afterlife… that is a fairy story for people afraid of the dark.” That was a statement of faith based on the imaginary concept of virtual time. Virtual means unreal. A grand design based on virtual time is not real.

Hawking was an outstanding thinker in cosmology, and he overcame enormous challenges to continue to live a productive life far beyond what was expected. It is sad that he allowed bias to shadow his thinking in areas outside of his specialty. A friend of mine with a Ph.D. in physics says, “My Ph.D. in every-day life really stands for post hole digger.” Like Richard Dawkins and other popular atheists, Hawking was incredibly ignorant in spiritual matters, but a genius in his own field of expertise. Let us admire and praise his professional accomplishments, but not attach much significance to his religious opinions. Tomorrow we will examine “virtual faith.”
–John N. Clayton © 2018

Stephen Hawking’s Death

Stephen Hawking's Death
On the morning of March 14, news media carried the news of Stephen Hawking’s death. His family announced, “We are deeply saddened that our beloved father passed away today.”

Hawking was a brilliant physicist and cosmologist and probably the best-known living scientist. He wrote the book A Brief History of Time which was published in 1988. That book holds the Guinness Book of World Records title for being on the Sunday Times (London) bestseller list for an amazing 237 weeks. The book has sold ten-million copies and has been translated into 40 languages. Along with Roger Penrose, Hawking devised the theory that the universe began with a singularity in what has come to be known as the “Big Bang.” In his 2010 book The Grand Design he declared that God is not needed to explain the existence of the universe. In an interview, he said, “There is no heaven or afterlife… that is a fairy story for people afraid of the dark.”

Stephen Hawking lived a remarkable life for a person with a form of ALS, a motor neuron disease. He was diagnosed at age 21, and the doctors gave him two years to live. He survived until age 76 but spent most of those years in a wheelchair unable to move. He could only talk with the aid of a computerized voice.

We are saddened to know that Hawking was never able to accept the Christian faith of his first wife. In the announcement of Stephen Hawking’s death, his three children said, “We will miss him forever.”

We have recently published two postings about Stephen Hawking, and we encourage you to read them by clicking here and here.
–Roland Earnst © 2018

Chemical Elements and the Laws of Nature

Chemical Elements and the Natural Laws
We are amazed to realize that everything in the world around us is made up of fewer than 100 different chemical elements. Those elements are combined to form vast numbers of different compounds, and those compounds come together to make up everything including air, soil, plants, and our bodies.

Even more amazing is that those chemical elements are all made up of the same three particles called protons, electrons, and neutrons. The only difference between the elements is the quantity of each of the particles in their atoms. The periodic table gives an organized way to look at the elements based on the number of protons in the nucleus of each atom. It shows all of the natural elements plus more than 20 others that have been created in laboratories with particle accelerators–machines that smash atoms together.

The natural chemical elements range from hydrogen with only one proton to uranium which has 92. The periodic table, first conceived in the nineteenth century, shows which elements react similarly with other elements to form chemical compounds. The ability of the various elements to combine with other element makes possible every compound which makes up every substance on Earth.

Each atom of each element has protons in the center called a nucleus and electrons surrounding the nucleus in “shells.” The atoms of some elements also have neutrons in the nucleus. The strong interaction in the nucleus binds the protons and neutrons together. At the same time, the electrical or Coulomb force causes the protons to repel each other. As the number of protons approaches 100 or more, the repelling force overcomes the attracting force, and the atom becomes unstable. For that reason, the larger atoms only exist in the laboratory and only for very short times.

If you could add the mass of all of the protons, neutrons, and electrons in an atom, you would find that the total mass is more than the mass of the atom itself. That extra mass is found in the energy that binds the nucleus together. Einstein’s famous equation E=mc^2 indicates that matter and energy are different forms of the same thing. In other words, the extra mass has become the energy that binds the nucleus together.

Physics and chemistry are subject to laws which control all of the universe. Without those laws, the universe could not exist, and neither could science. Scientific experimentation is based on the consistency of the natural laws which came into existence when the universe was created. Science is unable by experiment to study what happened before the creation of those laws. Why do those laws exist? Why does anything exist? We believe the answer can be found in Genesis 1:1.
–Roland Earnst © 2018

No-Boundary Proposal and the Big Bang

No-Boundary Proposal and Big Bang
The universe had a beginning. For over two-thousand years from the time of Aristotle until the twentieth century, the accepted view was that the universe was eternal. It took much of the twentieth century for the evidence to compel scientists to concede that there was a beginning to the cosmos. Finally, in the twenty-first century, it was fully confirmed by observations in space. A thousand years before Aristotle, Moses wrote, “In the beginning, God created the heavens and the earth.” Some scientists are still trying to get around the problem of a beginning with the No-Boundary Proposal.

Why is science reluctant to accept the fact that the universe is not eternal? The simple reason is what that implies and the questions that it creates. If the universe had a beginning, that implies that there is something beyond the material world that we observe. The big question then becomes, “What (or Who) brought everything into being?” This leads to the questions, “Why are we here?” and “What is our purpose?” Those are questions that science is afraid to handle. Indeed, those are questions that science cannot handle.

If there was a beginning, there must have been a beginner…a Creator. That Creator, whether personal or impersonal, would have existed “before the beginning.” Science now suggests that the beginning, or the “Big Bang” as it was derisively dubbed by atheist astronomer Fred Hoyle, was not only the starting point for matter and energy, but also for space and time. It was even the starting point for the laws of physics. So how can science explain the beginning? Brilliant scientists have been working on that problem and some have settled on the No-Boundary Proposal.

Last Sunday on Neil deGrasse Tyson’s National Geographic Channel TV show StarTalk, Stephen Hawking said that he knows the answer. Hawking is probably the world’s best-known living physicist and cosmologist. The heart of Hawking’s proposal of what came before the beginning is the No-boundary Proposal. This proposal, according to Hawking, is that before the Big Bang, time was “bent.” According to Hawking’s earlier statements, if we could go back before the Big Bang, we would find that time (and I presume space and matter/energy), “was always reaching closer to nothing but didn’t become nothing.” In other words, there never was a point where something was produced from nothing. There was never nothing. It just seems that way from our perspective. (*You can see the further explanation by Stephen Hawking on the StarTalk show below.)

In a previous lecture, Hawking stated: “Events before the Big Bang are simply not defined because there’s no way one could measure what happened at them. Since events before the big bang have no observational consequences, one may as well cut them out of the theory, and say that time began at the big bang.” This seems to me like a clever way of getting out of speculating on what caused the beginning. It is like saying that the beginning was going on forever and so the beginning never really had a beginning.

Maybe we should call the No-Boundary Proposal the No-Beginning Proposal. It seems to me that this takes us back to Aristotle’s concept of an eternal universe. The difference is that this new proposal says the universe was much more compact before the “beginning.” Is this just a way of getting around the simple statement of Moses in Genesis 1:1?
–Roland Earnst © 2018

*These are Hawking’s words in his interview with Neil deGrasse Tyson, “According to Einstein’s general theory of relativity, space and time together form a space-time continuum or manifold which is not flat but curved by the matter and energy in it. I adopt a Euclidean approach to quantum gravity to describe the beginning of the universe. In this, ordinary real time is replaced by imaginary time which behaves like a fourth direction of space. In the Euclidean approach, the history of the universe in imaginary time is a four-dimensional, curved surface like the surface of the Earth but with two more dimensions. Jim Hartle and I proposed a “no-boundary” condition. The boundary condition of the universe is that it has no boundary. In order terms, the Euclidean space-time is a closed surface without end, like the surface of the Earth. One can regard imaginary and real time as beginning at the South Pole which is a smooth point of space-time where the normal laws of physics hold. There is nothing south of the South Pole, so there was nothing around before the big bang.”

Expanding Universe and What It Means

Expanding Universe
We live in an expanding universe. For thousands of years, from Aristotle to Einstein, scientists thought that the universe was eternal. Einstein’s equations proposed in his general theory of relativity in 1915 seemed to indicate that the universe was not stable. Einstein thought it was a mistake and tried to correct for the “error” by creating a variable called the “cosmological constant.” The only error was the cosmological constant, and Einstein later called it “the biggest blunder of my life.”

Later in the 1920s, Edwin Hubble found strong evidence that the universe was expanding. That evidence was further confirmed in 1964 when radio astronomers accidentally discovered the cosmic microwave background. It was finally confirmed by space-based experiments in the twenty-first century.

The rate of expansion of the universe based on experiments was established and is known as the Hubble constant. On February 22, 2018, a new survey of the expansion rate was released. This scientific paper was based on the most precise measurements of the universe’s expansion rate using the Hubble Space Telescope. Scientists are surprised to discover that the expansion rate is faster than they thought. This new information may require some re-evaluation of the scientific understanding of the universe.

This is not the first time a re-evaluation was needed. Evidence of an expanding universe indicates that it had a beginning. If you trace the expansion backward through time, you can see that at one point the entire universe would have been compacted into a single point. The evidence of the expansion shows that the universe had a beginning when that expansion began. Since the expansion is accelerating, that means that the universe will never contract back and start over. Therefore, the universe is not eternal. It had a beginning, and it will have an end.

The bottom line is this: What did Moses know that Einstein and scientists before him did not know? That the universe had a beginning. “In the beginning, God created the heavens and the earth” (Genesis 1:1).
–Roland Earnst © 2018

Design of Snow Is Awesome

Design of Snow Is Awesome
As I write this, we are sitting here in Michigan after having experienced a record snowfall for one day. As we shovel and snow-blow our driveways and around our mailboxes, we hear a great deal of abusive language from our neighbors. Still, there is a great deal of good in every snowflake because of the design of snow.

It is not just the aesthetic value of snowflakes that makes them good, although that certainly is a wonderful thing to see under a hand lens or microscope. The snow has a variety of other positive attributes designed into its structure.

A snowflake is made of water which is a polar molecule meaning that it has a positive and a negative end. The reason ice forms and water expands as it freezes is that the positive end of one molecule is attracted to the negative end of the next molecule. This structure also allows the snowflake to attract particles in the atmosphere that have a polar makeup. Salt, for example, has a sodium atom which has a plus charge, attracted to chlorine which has a negative charge. A salt molecule in the atmosphere will be attracted to a snowflake. Even molecules such as carbon compounds, which do not generally have a polarity, are attracted to the snowflakes. Snow cleans the air, and many of us enjoy being outside when it is snowing because of the freshness and purity it gives the air.

Snow stores water in places where water shortages are a problem. The western United States gets heavy snow in the mountains in winter. Water has a high heat of fusion. What that means is that it takes extra energy to melt ice–80 calories per gram of ice to be exact. For that reason, snow stays in the solid state for a long time after the temperature has risen above freezing. That allows snow to melt slowly sending a constant supply of water to dry areas at lower elevations.

The design of snow is also friendly to animals, especially small animals. When the snow is finally off the ground here in Michigan, there will be small tunnels visible in the ground where mice, voles, squirrels, and other small animals have built passageways under the snow. The low temperatures of the air in winter are not a problem for these animals because the snow is a good insulator. Predators cannot easily get to the animals because the snow covers them from aerial attacks.

Water is unique in many ways. Its freezing temperature and its boiling temperature are only 100 Celsius degrees apart. That allows water to exist on our planet as a solid, a liquid, and a gas. Each of those states of water allows some form of life to exist.

In Job 38:22 God questions Job, “Have you entered into the treasures of the snow? Or have you seen the treasures of ice which I have reserved against the time of trouble…” The Hebrew word translated “treasure” in this verse is atsar meaning “a thing laid up.” It is doubtful that Job knew anything about the water cycle or how he benefited from snow. But the God who designed snow and its role on Earth to benefit humans and all living things certainly knew all about the design of snow.
–John N. Clayton © 2018
Michigan also has “summer snow”