solar eclipse Archives

April 9, 2026April 9, 2026

A Solar Eclipse from Space

The Moon is just the right size and at the right distance from Earth to give us perfect solar eclipses. Tomorrow is the day when Artemis 2, with its crew of four, is scheduled to return to Earth. While on their journey around the Moon, they witnessed a solar eclipse from space. It was not the same as seeing a solar eclipse from Earth because the Moon was much closer to them than it is to us on Earth. Because of that, the Moon’s shadow was larger, but the astronauts could still see the Sun’s corona.

Earth comes between the Sun and the Moon two to four times per year, casting a shadow on the lunar surface. Total lunar eclipses are less common than partial or penumbral eclipses, but they are more interesting to watch. According to legend, CHRISTOPHER COLUMBUS USED A TOTAL LUNAR ECLIPSE to get the supplies he needed from the people of Jamaica. Whether full or partial, lunar eclipses can serve to remind us of HOW ESSENTIAL OUR MOON IS.

It was a rare and interesting experience for the astronauts to travel around the Moon and observe a solar eclipse from space, but I’m sure they will be excited to return home. They will be bringing back new information about our natural satellite, and the more we learn, the more we see evidence of God’s design.

April 22, 2024April 21, 2024

Total Solar Eclipse and the Matthew 27 Account

We received comments from two men who related the recent total solar eclipse and the Matthew 27 account of darkness coming over the land when Jesus was crucified. One of the enquirers was a Christian who wondered about it, and the other was from an atheist who tried to use it in his attack on the Bible. Here is what we read in Matthew 27:45: “Now from the sixth hour there was darkness over all the land until the ninth hour.”

This is an age-old skeptic attack, suggesting that later Christian writers manipulated the account to transform a natural phenomenon into a religious miracle. These critics also argue that the miracles of Jesus, as described in the Bible, are not historical events but rather fictional tales concocted by later Christian writers.

The first point we need to make is that the duration of a total solar eclipse and the Matthew 27 account have no common ground. The sixth hour to the ninth hour would indicate about three hours. The most extended duration of a total solar eclipse is three to four MINUTES. History records an eclipse near the traditional time of Jesus’ crucifixion, but the scriptures do not give us the date of the crucifixion.

The second point we must make is that the miracles Jesus performed are not just fiction written by Matthew, Mark, Luke, and John. Many Christians and opponents of Christianity recognized that Jesus performed miracles. You can try to explain them scientifically, but they are beyond any scientific explanation. A total solar eclipse and the Matthew 27 account are not compatible.

In an era rife with fake news, skepticism, atheism, and secularism, the role of evidence in substantiating the miracles recorded in the Old and New Testaments becomes paramount. While we don’t claim to possess all the answers, evidence supporting the Bible’s accuracy and the historical facts of Jesus’ life is readily accessible to those who seek it. Our video series, “Beyond Reasonable Doubt,” meticulously examines the evidence for biblical accuracy. You can view it free of charge on doesgodexist.tv, or purchase it with a study guide from powervine.store. We also offer a free correspondence course of the same name upon request.

April 6, 2024April 5, 2024

There Is No Experience Like a Total Solar Eclipse

On Monday, April 8, 2024, millions will see a rare occurrence as a total solar eclipse travels across North America. Those living outside the totality path will see a partial eclipse, but, as we said yesterday, it won’t be the same. There is no experience like a total solar eclipse.

April 8 will bring in the “new moon” when the Sun, Moon, and Earth line up, with the Moon in the center. The Moon will block light from the Sun, creating a shadow that will travel across the Earth’s surface. The shadow will be about 9,000 miles long, 115 miles wide, and traveling at a speed exceeding 1500 miles per hour. If you are in the total shadow (the umbra), you will experience the total eclipse. Most of the United States will be under the outer shadow (the penumbra), and people living there will experience a partial eclipse.

I said there is no experience like a total solar eclipse. Eclipse watchers outside the path of totality will see a portion of the Sun obstructed by the Moon, with less obstruction farther from totality. People may also see a reduction in the light level, which is more significant near the totality path. Near the path, they may also notice a slight decrease in temperature. Let’s compare that with the experience of totality.

We emphasize that you must never look directly at the Sun without using approved solar eclipse glasses. If you are outside of totality, you must always use them when viewing the eclipse. However, during the brief minutes of totality, when the Moon completely obscures the Sun, you can take them off. In fact, you should take them off to see the Sun’s beautiful corona. That corona is one of the reasons why there is no experience like a total solar eclipse.

During totality, the darkness will be like deep twilight with a noticeable drop in temperature. You may hear night-time sounds as birds and other animals take on twilight behavior. Since the Sun is currently in a very active stage, you may see pinkish solar flares along with the corona. Some of the brighter stars or planets may become visible.

If you are on the edge of the shadow or as the Moon starts to move away from totality, the light you see may be affected by the mountains and valleys on the Moon. The effect is called Baily’s beads, as beads of light become visible between the Moon’s geological features. At the moment the Moon begins to move away from total coverage of the Sun, you may see an effect called the “diamond ring” as the Moon’s mountain features allow a larger bead of light to emerge. I took the above picture of the diamond ring during the 2017 eclipse.

I want to emphasize that there is no experience like a total solar eclipse. Actor William Shatner, Captain Kirk of the original Star Trek series, is scheduled to appear in the Hoosier Cosmic Celebration at Indiana University in Bloomington on eclipse day. He said, “To me, the magic of the eclipse, the extraordinary events it all took in the heavenly bodies to cause this eclipse, should make us ponder the mystery of existence, of our own existence, of the existence of everything else…”

I agree with Shatner’s words, but I would go further. The eclipse should cause us to ponder the existence of God, who created the heavenly bodies and put them in motion. It should also cause us to ponder the purpose of our own existence and our relationship to the Creator.

References: Space.com and GreatAmericanEclipse.com

April 5, 2024April 5, 2024

The 2024 Solar Eclipse Is a Rare Event

On Monday, April 8, 2024, millions in North America will see a rare occurrence. A total solar eclipse will travel from the Pacific Coast of Mexico, crossing Mexico, the United States, and Canada until it exits into the Atlantic Ocean. There are good reasons why the 2024 solar eclipse is a rare event.

If the sky is clear, people will see a partial eclipse over the entire United States. However, 40 million people live inside the 115-mile-wide (185-km) path where the eclipse will be in total, with 31 million of those in the United States. Millions more will travel to the path of totality for this rare experience. The 2024 solar eclipse is a rare event because of the width of the shadow and the population centers it will include.

A solar eclipse occurs when the Moon moves between the Sun and the Earth, a time called the “new moon.” When the alignment is exact, the Moon will cast a moving shadow on our planet. The total eclipse on April 8 will be the longest in 100 years. It will also travel a path that will make it visible to more people in the United States than ever before. The last total solar eclipse to traverse the United States was in 2017. It lasted about two-and-a-half minutes in some areas, but this one will last longer, up to about four-and-a-half minutes.

The next total solar eclipse visible in the United States will be in 2033, but it will be visible only in Alaska. After that, there will be one in 2044, visible just before sunset in Montana and North Dakota. The next coast-to-coast total solar eclipse will be on August 12, 2045, going from California to Florida.

It’s easy to see why the 2024 solar eclipse is a rare event. It is also predictable. God has created an orderly universe that allows life to exist on this planet. This orderliness also enables us to study and learn from creation. It allows us to accurately predict eclipses hundreds or a thousand years into the future.

Eclipses are natural events. Despite what you might hear, they are not supernatural prophetic signs of Christ’s return or catastrophic world events. They are evidence of God’s creative power. Romans 1:20 says, “For since the creation of the world God’s invisible attributes are clearly seen, being understood by the things that are made, even His eternal power and Godhead…”

If you haven’t seen a total solar eclipse, you have missed a rare treat. Even 99% cannot compare to totality. Tomorrow, we will explain the difference between experiencing a partial and total eclipse.

References: Space.com and GreatAmericanEclipse.com

June 9, 2021June 8, 2021

First Solar Eclipse of 2021

On the morning of June 10, 2021, the Sun will rise as a crescent in areas of the far northern United States and southern Canada. That will include the upper peninsula of Michigan, northern New York State, New England, and southern Quebec and Ontario. It’s the beginning of the first solar eclipse of 2021.

Solar eclipses happen when the Moon passes between the Sun and the Earth. This will not be a total eclipse because the Moon will not completely cover the Sun. It’s called an annular or “ring of fire” eclipse. Total solar eclipses happen when the Moon completely blocks the Sun from view, as we saw in 2017. Because the Moon’s orbit is elliptical, it is not always the same distance from Earth. This time, it’s too far away for its shadow to cover the Sun.

When the eclipse reaches its peak, there will be a ring of light from the Sun visible all the way around the Moon’s shadow. Unfortunately, that ring of fire will not be visible anywhere in the United States. The full annular eclipse will only be visible in a narrow path across northern Canada, parts of Greenland, and northeastern Russia. A partial eclipse will be visible from a much wider area, including much of North America, Asia, and Europe. If you are attempting to view any solar eclipse, do not look directly at the Sun without special eye protection similar to welding glass. Ordinary sunglasses will not do. Some websites give instructions for building a simple pinhole viewer.

If you miss the first solar eclipse of 2021, you might be interested to know you will probably miss the next one. It will be a total eclipse on December 4, visible in Antarctica. Don’t despair. There will be more in the coming years. You can also safely watch the eclipse live on the websites listed below. We can accurately predict solar and lunar eclipses years in advance because of the excellent engineering design God has put into our solar system.

You can view the eclipse live on the Date and Time website and the Virtual Telescope Project.

August 8, 2018August 7, 2018

Special Star – Our Sun

The Sun’s corona visible during the 2017 total eclipse.
Our Sun is a special star. In the past, scientists thought that it was just an average star. However, new studies in recent years have shown many ways that our Sun is unique.

A recent study by researchers at the Flatiron Institute Center for Computational Astrophysics under the leadership of astronomer Megan Bedell shows one more way that our star is unique. The study involved examining 79 “solar twins” of the Sun. These are other nearby stars that have nearly the same temperature and mass as the Sun. Using the HARPS telescope in Chile, they measured the spectra of each of the stars. A star’s spectrum of radiation indicates what elements the stars contain and the relative abundance of those elements.

The researchers measured the abundance of 30 different elements to a precision of two percent, which is higher than others had achieved. The ratios of elements such as carbon to oxygen and magnesium to silicon were nearly identical in the stars they studied, except for the ratios in our Sun. Our star has a lesser amount of metals and elements that make up rocks. Those elements are the ones which planets are made of, so we can probably assume that those elements were removed from the Sun to make Earth and the other rocky planets.

The stars which came closest to matching the Sun’s chemical composition were only a small portion of the total stars studied. They are also missing some of the materials that could build planets like Earth. However, in the search for exoplanets, astronomers so far have not found any planets orbiting those stars that are most similar to our Sun.

This study is fascinating, and there is much more to learn. We don’t know if science will ever find any potentially life-supporting solar systems and planets anywhere else. However, we do know that our Sun and this planet seem perfectly designed as a place for us to live and to study the vast universe. It is evident that we have a special planet orbiting a special star in a special place where we can observe and study God’s creation.
–Roland Earnst © 2018

June 26, 2018April 30, 2020

Does Your GPS Work?

Does Your GPS work? If so, you can give credit to Albert Einstein. In 1905 Einstein published the Theory of Special Relativity which said that nothing can travel faster than the speed of light. This presented a problem because gravity acts between objects instantly and thus it seems to be faster than the speed of light. It was a problem that needed a solution.

Ten years later, in 1915 Einstein revealed his Theory of General Relativity which resolved the problem. The explanation was that the Sun and planets cause space to curve around them and this warped shape of space influences the motion of other objects passing by them. That’s why the Moon orbits the Earth, and it’s why Earth and the other planets orbit the Sun.

This warping of space also bends light beams that pass through space. In 1919 British astrophysicist Arthur Eddington confirmed that Einstein was correct. Eddington observed the bending of light from distant stars as the light passed by the Sun during a total solar eclipse.

The understanding of how gravity bends space and light beams has given us methods of making measurements in space and detecting planets orbiting other stars. Einstein also said that time is warped by gravity causing time to move more slowly near massive bodies like the Earth. The effect of gravity on time allows Global Positioning Satellites to determine the exact position of the GPS receiver you use in your car.

Does your GPS work? If it does, it works because brilliant minds have discovered many of the amazing details of God’s creation. We have been able to apply the things we have learned, but science has only scratched the surface of understanding the work of the Creator.
–Roland Earnst © 2018

October 6, 2017October 5, 2018

More Viewers than the Super Bowl

The “Great American Eclipse” of 2017 had more viewers than the Super Bowl. According to Nielson ratings, the 2017 Super Bowl had 111 million viewers on TV. About 215 million adults, or 88 percent of the United States adult population, watched the eclipse. That total includes those who watched it live, plus TV and internet viewers. Of course, many children watched it too.

The University of Michigan and NASA compiled the viewing statistics with a joint survey. Sixty-one million adults in the United States watched the eclipse on TV, computers, tablets, or phones. Unlike the Super Bowl the vast majority, about 154 million, watched it directly with the aid of viewing glasses or pinhole cameras. About 20 million traveled to locations where they could see the totality. I can testify that the roads in southern Illinois were crowded with travelers. After the eclipse, it took 3 hours to drive 40 miles. You can watch a speeded-up view of the eclipse on this video. Be sure to turn the sound up so that you can hear the reaction of the people around me during the eclipse.

In addition to a large viewership, the satisfaction rate was high. Seven out of ten said they were not disappointed. (Probably about half of the Super Bowl crowd was disappointed because their team lost.) If you listen to the video that I edited, you can tell that the crowd on the bluff overlooking the Ohio River was not disappointed.

We are pleased that there was this much interest in a science-related event. God’s creation can draw more viewers than the Super Bowl.

September 21, 2017October 5, 2018

Great American Eclipse “Engineered”

The Great American Eclipse
One month ago today a total solar eclipse crossed the United States. The so-called Great American Eclipse had many interesting things associated with it.

We have pointed out in previous discussions that people have attached all kinds of erroneous connections to eclipses. Some people have suggested that the eclipse predicts the doom of kings and in recent weeks the demise of Donald Trump. We have seen religious prognostications of all kinds attached to the eclipse including the second coming of Christ. There are those who have denigrated biblical events such as the darkness at the time Christ died, saying it was just an eclipse. (No eclipse can last for three hours.) None of these claims and predictions have any value.

One message that should stand out from the eclipse is the precision that God has built into the creation of the cosmos. How can astronomers predict when eclipses will occur including the exact time for a given location? This is quite simple if you understand the design of the creation. Astronomers have a grid in the sky that is an extension of the latitude/longitude system on the surface of the Earth. All objects in space, including the Sun and the Moon, can be plotted on this grid system. This allows scientists to plot the movement of the Moon and the shadow the Moon casts on Earth. (Remember that a solar eclipse is the Moon’s shadow on the Earth.)

Many of us earth science teachers use the Earth Science Curriculum Project. It has a lab where students plot an eclipse and predict what kind of eclipse will occur. They can predict when it will start, how much of the Sun will be covered, and when it will end. One of my students commenting after doing the lab, “Wow, what engineer thought up this system?” Another student responded “No engineer did it. God did it!” The first student responded, “Well God is a pretty cool engineer!”

We have pointed out that one of the problems people have with faith is that they attempt to explain everything as mysticism and magic. When it becomes obvious that planning and design are part of the system, that understanding erodes their faith in God. A good magician can mystify us, but still, he is using methods we can understand if we learn how he did it.

The Great American Eclipse spoke well about how precisely and carefully God has designed the planetary system in which we live. The eclipse is one more witness to the statement that, “The heavens declare the glory of God; the skies proclaim the work of his hands” (Psalms 19:1).
–John N. Clayton © 2017

September 10, 2017October 5, 2018

Space Dimensions and Lunar Motion

Space Dimensions and Lunar Motion
We have had several questions and comments precipitated by the eclipse on August 21. Most of them centered around the fact that the Moon’s motion across the Sun was so slow. In reality, the lunar motion is very fast. The speed is a function of the Earth’s rotation as well as the Moon’s revolution around the Earth. However, when compared to space dimensions, lunar motion can seem slow.

The Moon moves with an orbital speed of 2,288 miles (3,683 km) per hour, taking about 28 days to complete its journey around the Earth. Although that sounds fast, it is quite slow in relation to the size of the cosmos. Other moons going around other planets travel at higher speeds. Io, one of the moons of Jupiter, whizzes completely around the planet in less than two days. While our Moon travels at the speed of a rifle bullet, it is 80 times slower than the speed of meteors. Saturn travels ten times faster than the Moon.

The reason we are not aware of the speeds involved is because of the incredible size of the creation. We see meteors moving fast because they are close to us. Meteors are pieces of space junk whizzing through our atmosphere so quickly that they burn up from friction with the air. The moon is over 239,000 miles (384,633 km) away, so its motion appears to be much slower.

When we look out into the night sky, we are looking far into the past. By the time we see the light from stars like Albireo, that light has traveled 430 light-years. That star is actually two stars spinning around each other. Even though they are orbiting each other and astronomers have been watching them since the seventeenth century, we have not seen them change position.

Space dimensions are beyond our comprehension, and the size of the cosmos affects what we see and how we see it. Understanding that should give a whole new significance to the words of the song How Great Thou Art. It should also expand our understanding of, “The heavens declare the glory of God; the skies proclaim the work of his hands” (Psalms 19:1).