Mass and Acceleration at Light Speed

Mass and Acceleration at Light Speed

Yesterday we looked at the two postulates of Einstein’s Theory of Special Relativity. We saw how our view of time is changed by taking the two postulates and applying them to motion at or near the speed of light. Now let’s look at mass and acceleration at light speed.

Looking at the top equation, which we presented yesterday, you can see that at the speed of light, the equation’s denominator becomes 1 – 1, which is zero. Time stops. If the velocity could somehow exceed the velocity of light, the denominator would be the square root of a negative number, which is not possible.

Another one of Einstein’s equations is a description of length in the direction of motion. The second equation shows that an object’s length in motion (L’) is equal to its length at rest (L) times the quantity square root of 1 minus the velocity (v) squared divided by the speed of light (c) squared. Thus the faster you move, the thinner you are in the direction of motion. An object one meter long at rest would be .765 meters at half the speed of light. At the speed of light, it would disappear, because it would have no length. There would be energy, but no physical length. What travels at the speed of light? The answer, of course, is light itself. Light is two-dimensional. It has no thickness in the direction in which it is moving, precisely what Einstein’s postulates predict.

Mass is another quantity that is affected by Einstein’s postulates. The equation for mass is similar to the equation for time. The mass in motion (m) equals the mass at rest (m’) divided by the square root of 1 minus the velocity squared divided by the speed of light squared. As an object moves faster, its mass increases, but it can never reach light speed. What, then, can we know about mass and acceleration at light speed?

One of the fundamental laws of physics is Newton’s Second Law. It says that when we apply force to a mass, the force (F) depends on the amount of the mass (M) and how much we want it to accelerate (A). The equation is F=MA. At the speed of light, the mass of an object would be infinite, and the force required to accelerate it to that speed would also be infinite. Because of the magnitude of the force, the mass would collapse into a black hole long before reaching light speed. So, it is not possible to achieve mass and acceleration at light speed.

Scientists have verified these formulas experimentally. When you accelerate a sub-atomic particle to a high velocity in a particle accelerator, its mass increases. So what created the mass in the first place? Infinite force – one of the properties of God. Proverbs 8:22-31 finds “Wisdom” is the tool God used for everything He created. Einstein has given us an excellent way to get a small understanding of the creation we live in and the wisdom and power of the God who created it.

— John N. Clayton © 2020

Tools to Counteract Greenhouse Gases

Tools to Counteract Greenhouse Gases - Diatoms

People have paid much attention to the accumulation of greenhouse gases in our atmosphere because they play a significant role in global warming. The main culprit in the greenhouse gas list is carbon dioxide. Not only do we exhale this gas, but fires of all kinds produce it. With the recent major fires in Australia, there is even more concern about the amount of carbon dioxide in the atmosphere. But God has given the Earth some tools to counteract greenhouse gases.

The most efficient tool built into the Earth is a microscopic plant called a diatom. There are 12,000 species of diatoms in Earth’s lakes and oceans. Unlike phytoplankton, diatoms are encased in porous, intricately structured silica shells. Examined under a microscope, these silica shells are beautiful, and they are very resistant to change in shape. That means that the spaces between the shells can collect particulate material. So diatoms are used as filtering agents to filter water for swimming pools and as fillers for aerating soils in yards. The shells are used as diatomaceous earth, which is familiar to most of us, especially those who raise roses or tomatoes.

Diatoms can also absorb gases. In the oceans, they absorb massive amounts of carbon dioxide and lock it up in the ocean’s depths. Diatoms capture as much carbon dioxide as all the trees, grasses, and other land plants combined. The fancy latticework of the diatom is not just for humans to admire. Because of the twists and turns of their shells, the surface area of diatoms is much greater than that of smooth shells. The increased surface area maximizes photosynthesis and allows the diatoms greater energy for growth and reproduction.

The life expectancy of a diatom is about six days. Because the silicon is heavy, the diatom at death sinks to the ocean floor or lake, taking carbon with it. One solution to the buildup of carbon dioxide is to catalyze the growth of diatoms. Iron nutrients can do that, and seeding the oceans with iron might be a way to reduce the amount of carbon dioxide in the atmosphere.

Diatoms are one more example of the design built into Earth’s structure to allow the planet to exist over the long haul. While diatoms are not apparent to the human eye, they are tools to counteract greenhouse gases and a possible solution to a modern problem.

— John N. Clayton © 2020

Why Do Birds Fly North in Spring?

Why Do Birds Fly North in Spring?

We all understand why birds of the Northern Hemisphere fly south in the fall. When the temperatures drop in Michigan, and the lakes are covered with ice, most birds have found a warmer place in the south. Michigan has many so-called “snowbirds” in the human population who leave us in November to go to Florida’s sunny shores. They come back in the spring to enjoy Michigan summers and because they have family here. The question is, why do birds fly north in spring? Couldn’t they save a lot of trouble by just staying in the south all year?

The answer to that question is food. The fact is that tropical areas simply don’t have enough insects to provide the protein that birds need to feed their chicks. When birds are in the south, they survive by eating berries, fruits, and nectar. None of those foods provide much protein. The time when birds return to the north coincides with the explosion of insects in the spring. They can enjoy less competition and longer days while dining on insects in the north.

The question remains as to how the birds know this? How do they know that they can benefit by traveling hundreds or thousands of miles in the spring? Why do the birds have the urge to fly north at the time that benefits them as well as the ecological systems they help to support? In other words, why do birds fly north in spring? The answer is that it’s built into their genes.

God’s view of Earth and the systems that make it work is far greater than ours. We are beginning to understand how many things, such as bird migration, must happen for the system of life to exist. It also speaks to us about how important it is that we take care of what God has given us.

— John N. Clayton © 2020

Reference: Smithsonian magazine, May 2020, page 88.

Water Cycle and Life

Water Cycle and Life

Many passages in the Bible seem to be of little significance, yet they are incredibly important. Here is one of them about the water cycle.

“All streams flow into the sea, yet the sea is never full. To the place the streams come from, there they return again.” Ecclesiastes 1:7.

It is believed that Solomon wrote those words in 977 BC. What did people understand about the hydrologic cycle, or water cycle, at that time? The answer, of course, is “very little.” Meteorologist Dr. Joseph Scott Greeson says about this passage, “Without using modern words – like ‘evaporation,’ ‘condensation,’ and ‘precipitation,’ this passage describes the results of those processes in these words… My twentieth-century scientific mind recognized that the writer of that passage must have had quite an understanding of the interaction between water on earth and water in the sky.”

There is a delicate balance of processes in the hydrologic cycle that allow us to have water even far from a lake or ocean. Many years ago, I had a friend who was involved in seeding clouds with silver iodide to stimulate them to produce rain. I knew that he was involved in this project and that he had many stories about how the seeding of clouds worked. I also knew he got out of that business, and I asked him why? His response was, “We were doing okay in getting rain started, but we were doing very poorly in knowing how to stop it.”

Global warming is bringing water to places that previously were deserts. We know that temperature controls how much water is lifted into the air by evaporation. A one-inch rainfall over a square mile of land involves the lifting of 72,483.84 tons of water. (Do the math. Water is 62.4 lbs per cubic foot. An inch is 1/12th of a foot, so the volume of water in a square mile of land would be 5280 feet/mile x 5280 x 1/12th or 2,323,200 cubic feet.) How many square miles of land receive an inch of rain in a typical spring storm? This is the start of the water cycle.

As the water flows into streams and rivers, it nourishes everything in its path, ultimately returning to the sea from which it evaporated. The system that powers the hydrologic cycle is massive, and all of life depends on it. God used the water cycle to impress upon Job that he “darkens counsel with words without knowledge” (Job 38:2). After talking about the creation, God takes the hydrologic cycle as the first evidence of His knowledge, design, and power. “Who provides a channel for the torrents of rain and a path for the storm to water a land where no man lives, a desert with no one in it to satisfy a desolate wasteland and make it sprout with grass. Does the rain have a father? Who fathers the drops of dew…” (See verses 22-30).

Be thankful for the rain that brings life to us and for the water cycle that God designed so that, if properly managed, we all have enough to drink and to grow our food.

— John N. Clayton ©

Greeson quote from Scientists Who Believe page 64, Moody Press ISBN 0-8024-7634-1.

Deepwater Horizon Oil Spill Ten Years Later

Deepwater Horizon Oil Spill
BP Deepwater Horizon oil spill in 2010.

On April 20 of 2010, the Deepwater Horizon oil spill began. By the time technicians could bring it under control, it had dumped 134,000,000 gallons of crude oil into the Gulf of Mexico over 87 days. Ten years after this disaster, we still see the effects in ways that no one would have expected. The entire issue of National Wildlife for February-March 2020 was devoted to new data on the long-range damage.

There is far more involved in this disaster than the removal of the obvious symptoms of the spill. Even on a commercial level, the damage is more than most people realize. Oyster production from Apalachicola to Galveston has collapsed. Louisiana has lost well over 50 million dollars in oyster harvest revenue. Scientists studying the oyster beds tell us that 8.3 billion oysters died as a result of the spill. A single oyster can filter up to 50 gallons of water a day. When explorers came to the Gulf of Mexico between 1600 and 1800, they described the oyster beds as “the Great Barrier Reef of the Americas,” nearly 100 miles long and several miles deep. Oyster shells are used to make mortar, build roadbeds, and to supplement chicken feed. The Deepwater Horizon oil spill has changed all of that.

The massive killing of wildlife has been well-publicized with pathetic pictures still showing up on the web. Does the killing of 30,000 loggerhead turtles, 17% of the Bryde’s whales, 800,000 coastal birds, a vast number of dolphins who are still having lung problems, and 20% of all corals in the area have any significance for those of us living far from the Gulf of Mexico? Most of us eat shrimp, crabs, lobsters, and fish. Much of the fishing industry in the Gulf has gone out of business, and those still existing are hard-pressed to find enough seafood to make a living. That results in higher prices and the risk of pollution effects on what we eat.

So why are we reminding our readers of the consequences of the Deepwater Horizon oil spill? Skeptics criticize any notion of God creating the Earth by saying that if there is a God, He didn’t do a very good job. Humans are threatened with shortages of food and water. In my mail yesterday, I received 16 different requests from organizations wanting financial help in feeding and helping hungry children and starving families. (By the way, all of them were faith-based). Why are there shortages? Human greed, selfishness, ignorance, desire for power, and refusal to live as God told us to has resulted in destructive wars, mismanagement of resources, waste of incredible proportions, and foolish and irresponsible management of resources.

When God created the Earth, He provided for an abundance of food and water. God also told us how to live. Read Matthew 25:34-40 and see how Christ portrayed Christian living. The Deepwater Horizon oil spill is just one human failure, but look at what it has done to innocent humans. We are just beginning to understand the biological damage and effects. We cannot blame God for what humans have done. God has given us all we need and the means of taking care of it. Christians must lead the way in the responsible use of God’s gifts.

— John N. Clayton © 2020

Mesozoic Era Small Animals

Mesozoic Era Small Animals are not displayed in Dinosaur Valley State Park
Dinosaur Valley State Park in Glen Rose, Texas

What most people know about the dinosaurs is what they have seen in a movie or a museum. The emphasis is always on the massive size of these ancient animals. Those of us with a background in paleontology are more interested in the ecosystem in which they lived. The Mesozoic era was a time when the Earth was very different from what it is today. It appears that the oxygen content of the atmosphere was higher, and the temperature was much warmer. The plants and animals living at that time enjoyed a balanced ecosystem that left a legacy that has allowed us to live comfortably on this planet.

The natural resources humans have depended on for our entire history were produced during the Mesozoic era. These include coal, oil, and a wide variety of soils that allow our modern plants to exist. From a biblical standpoint, this was a part of Genesis 1:1 when God prepared the Earth for what was to follow. For more on this, see “God’s Revelation in His Rocks and His Word” on our doesgodexist.org website. (You can purchase printed copies HERE.)

What many people don’t realize is that while the giant dinosaurs were an essential part of the Mesozoic era ecosystem, small creatures were of equal importance. Insects were a significant part of the system, and fossil remains of all kinds of arthropods are abundant in the fossil record. As we all know, insects can reproduce in destructive numbers. Just as there were meat-eating dinosaurs to keep the plant-eaters from destroying all the vegetation, there were insect-eaters to control the insect populations. We have insect swarms like the locusts that are causing massive problems in Africa today because humans are removing the natural controllers of insect populations.

The recent discovery of a creature named Oculudentavis khaungraae has shown us a dinosaur the size of a bee hummingbird, the smallest known modern bird. This dinosaur’s skull was half an inch from front to back, and it had a mouth full of teeth. It was ideally suited for eating insects of all kinds and sizes and was undoubtedly a vital part of the ecosystem during the Mesozoic era of the dinosaurs. God has always used one existence to prepare for another, and the preparation of the early Earth for humans was a long and highly complex process.

Our existence on Earth is also a preparation for a far better one. Continuing to study God’s creation and His Word helps us prepare for that time when we will exist outside of space-time. Read about it in Revelation 22:1–5.

— John N. Clayton © 2020

Reference: Science News April 11, 2020, page 4.

Understanding Dark Matter and God

Understanding Dark Matter and God

One of the things that frequently happens when scientists admit they don’t understand something is that pseudoscience and pseudo-religion crackpots go wild with completely impossible claims. The UFO craze is an example. Many people attributed poorly understood natural phenomena to alien visitation. Virtually all UFO claims have been answered and shown to be natural phenomena or manufactured hoaxes. A more difficult question involves understanding dark matter.

Dark matter and dark energy pose a huge challenge to cosmologists and astronomers. Galaxies are spinning masses of billions of stars orbiting a core, which at least most of the time is a black hole. The problem is that the spin of the system is so rapid that the force of gravity is not enough to keep galaxies from flying apart. Scientists believe that there is undetectable mass in the galactic systems to hold them together. They call that missing mass “dark matter.”

There is a similar problem in the motion of galaxies through space. Various experiments have shown clearly that the cosmos is being accelerated at between 72 and 76 (Km/s)/Mpc. The acceleration of the cosmos involves energy far greater than anything science has seen in any thermonuclear reaction to date. If we view the cosmos as embedded in spacetime, then some energy is accelerating spacetime, but we cannot detect what that energy is or how it is generated.

In past centuries and many cultures, this would have been explained by simply saying,” God is doing (or has done) it.” We call that “God of the Gaps.” Atheists quickly point out that when science finds an explanation, that “God of the Gaps” is dead. Our studies of quarks, hadrons, WIMPS, and relativity are offering suggestions that may eventually give an understanding to fill the gap. Understanding dark matter is not a small gap because dark matter makes up 26.8% of the universe, and dark energy makes up 68.3%. That means that the matter we can detect makes up only 4.9% of the universe’s total composition.

There are some critical lessons in this. We need to realize that creating the cosmos is not a simple matter. Just creating space, time, and the substance to make the cosmos is a highly complex process. However, the process is not God. God has used His massive intelligence and design to produce something we are just now beginning to appreciate. When science finds a way of understanding dark matter and dark energy, it will only tell us more about God’s wisdom, power, and intelligence. We are beginning to understand the meaning of Proverbs 8, where wisdom speaks.

— John N. Clayton © 2020

For a current discussion of this challenging area of study, see “Is the Big Bang in Crisis” by Dan Hooper in the May issue of Astronomy magazine pages 21-29, or at astronomy.com.

Amazing Spring Timing

Amazing Spring Timing and Daffodils

One of the things you hear people in our part of Michigan say is, “If you don’t like our weather, hang on for a few minutes, and it will change.” We have had a strange winter season. We had brutal temperatures, wind, and snow in early December, leading all of us to think it was going to be a terrible winter. As we got near the holidays, the weather became unseasonably warm. We waited anxiously for another blizzard like the ones we usually have after a warm spell in winter. It never happened. Now we see the amazing spring timing.

It was so warm in the winter that I worried about the glad bulbs I had dug up. I put them in buckets covered with moist newspaper and stored them in the garage for spring replanting. I was afraid they would leaf-out responding to temperature, but they seemed to be okay and had not budded out at all. The weather did turn cold, but not the sub-zero stuff we usually have. Now we are in mid-April and, even though it snowed two days ago (and is snowing again today), winter is essentially over, and I used my snowblower only once.

So now I just got the glad bulbs out of the bucket in the garage. They have been in an insulated, dark garage, covered with a foot of newspapers since I dug them up in October. Every single bulb has a green shoot coming out. They are ready to be planted. How did they know it was time? The temperature in the garage didn’t change. No sunlight got into the bucket.

I have always assumed that my daffodils, which are blooming like crazy, used the presence of direct sunlight and perhaps temperature to know when to come up and prepare to boom. The glads had none of those indicators available to them. I am not suggesting that the amazing spring timing is some kind of mystic intelligence that tells the glads it is time to go. Whether it is ultraviolet light or infrared that signals the glads, it is a highly well-designed system.

Amazing spring timing is fascinating. The hummingbirds seem to know when to come north. The sandhill cranes are circling overhead as they fly ahead of the weather systems that might otherwise threaten them. The baby deer are around in such numbers that no amount of predation threatens to wipe out the deer population. That is thanks to the synchronized births that seem to take place in almost all wild ungulates.

When God decided to challenge Job, He used the things that show design wisdom in His creation to convict Job of his ignorance. Job 38:39- 41:34 finds God challenging Job to look around and see God’s wisdom and power at work. There is no better time to see that than in the amazing spring timing. Let us all step away from the ills of humanity and look at what God has done.

— John N. Clayton © 2020

God’s Seasons of Hope

God's Seasons of Hope

We have mentioned before that God did not create the coronavirus that is causing so much pain to people worldwide. In this devastating epidemic, many of us have lost someone close to us. No one is minimizing the damage of COVID-19, but human greed and mismanagement have been the primary cause of it, not God. However, God’s seasons of hope can bring us through times like this.

One blessing that we should all be thankful for is the time of year when this pandemic has struck. It is now April. Geese are flying overhead. My daffodils are ready to bloom. A baby deer crossed my driveway this morning. The yard is greening up, and I will be outside rotor-tilling the garden and spreading fertilizer later this week. Experts say that viruses don’t like the ultraviolet light and high temperatures of the Sun, and the forecast is for clear skies and rising temperatures.

When Paul was teaching in Iconium (Acts 14), he encouraged his listeners: “Turn from these vanities to the living God who made heaven, and earth, and the sea and all the things that are in them. In the past God allowed all nations to walk in their town ways, but he did not leave himself without a witness, in that he did good, and gave us rain from heaven, and fruitful seasons, filling our hearts with food and gladness.” (Verses 15-18).

The rain has come and melted the last of the snow. There is plenty of food, and congregations who operate food banks are meeting the needs of people in their areas. Before long, there will be strawberries, asparagus, greens, and mushrooms available outside our doors. We can once again fill our hearts with food and gladness.

Let us find encouragement in Paul’s words as we enjoy God’s seasons of hope and look forward to a future free from this virus threat.

— John N. Clayton © 2020

Alan Guth and the Kavli Prize

Alan Guth and the Kavli Prize on the Nature of the Cosmos

The evidence is massive that there was a beginning to the cosmos. The cosmological argument for God’s existence is that there had to be a cause of that beginning and that the nature of the cause was an intelligence. The phrase “big bang” was invented to describe the beginning, but the big bang theory never tried to answer the question of what banged and who banged it. The April 2020 issue of Scientific American (pages 4-7) carried an article about the work of Alan Guth, who received the Kavli Prize in astrophysics in 2014. The main objective of the Kavli Prize is to honor, support, and recognize scientists for outstanding scientific work in the fields of astrophysics, nanoscience, and neuroscience.

Alan Guth’s work has been to develop the theory of cosmic inflation to show that the universe is eternal and had no beginning. The chief problem with any suggestion that the universe is eternal is something called entropy. Entropy is a measure of disorder. Whenever energy is expended in any way, disorder is introduced to the system. Unless organizing energy is applied externally on the system, the disorder will grow until there is no available energy left. We call that “heat death.”

A simple example might demonstrate this. If you took a bottle of hydrogen into a room that was completely isolated from the outside and opened the container, the hydrogen would escape and spread throughout the room. If you now wanted to get the hydrogen back into the bottle, could you get every atom back? The answer is “no,” because some of the hydrogen would have morphed into something else. Protons have a half-life, and other changes could take place. The measure of what couldn’t be put back in the bottle is called entropy.

Guth gets around the need for a beginning by saying that there is no difference between the present and the past. Using black holes, dark matter, and probabilities, he proposes a model that avoids a beginning. Alan Guth received the Kavli Prize because of his imaginative, creative thinking. The fundamental problem with Guth’s proposal is that it is not testable. No experiment can be done, and no evidence can be examined to test his theory. It is not falsifiable, and thus it really does not qualify as science. Guth is a brilliant scientist speculating on what he calls “a backward world where the past is the future and where infinite parallel pocket universes pop into existence without cause.”

While Guth’s work is interesting, it is of no apologetic significance. If God has created many pocket universes, they are so isolated from us that they do not impact our lives. Guth relies on probabilities to make many steps in his theory. When we apply probabilities to what we see in the world around us, the strong suggestion is that an intelligence has been at work to produce the cosmos.

In addition to the design we see in creation, our spiritual makeup and our creativity are not connected directly to how we got to this point in time and space. Quantum theory is based on probability, and the article ends by saying, “We had better know what they (the probabilities) mean.” We would suggest they mean, “In the beginning (of our cosmos) God created the heavens and the earth” (Genesis 1:1).

— John N. Clayton © 2020