Why We Should Thank God that Our Sun is So ‘Boring’
Breakpoint
Colson Center
4.8 • 2.8K Ratings
🗓️ 29 May 2020
⏱️ 5 minutes
🧾️ Download transcript
Summary
Recently. a New York Times article drew attention to a corona that’s not a virus and that makes life possible instead of threatening it. The corona or outermost part of the sun’s atmosphere puzzles astronomers because it is, as compared with similar stars, so calm.
We take the sun for granted, unless it disappears for a few cloudy days or burns us at the beach or, less often, disrupts satellite communications. Once every century or so, it might burp enough energy to fry technology and maybe even ignite the Northern Lights over the Caribbean, as happened in 1859. Aside from instances such as these, it’s easy to forget that the local star that warms our faces and wakes our flowers, this “blazing ball of fusion-powered plasma,” is actually capable, at least in theory, of scorching our planet and all of us to a lifeless cinder.
However, a new paper published in the journal “Science” suggests that’s exactly the sort of thing we should expect from the sun, if it behaved like other stars of its kind. But it doesn’t. The good news is, as the Times put it, the star around which we orbit is downright “boring” compared with its solar siblings.
Astronomers at the Max Planck Institute for Solar System Research in Germany, after compiling data from NASA’s retired Kepler space telescope, which spent years monitoring 150,000 distant stars, concluded that our sun’s relative calm is among the reasons we are here at all.
After identifying 369 comparable stars in our galaxy, these scientists learned something astounding: The magnetic activity that creates the sunspots, solar flares, and coronal mass ejections on other stars is, on average, five times more intense than on our sun. On many stars that were studied, disruptions were even twelve times more intense. That level of chaos makes life in their orbits virtually impossible.
So why would our sun behave so differently than all the others? One unsettling theory, especially given the “what else could possibly go wrong” start to 2020, is that our sun is currently asleep, but might, at some point, wake up and blast us with deadly levels of radiation. Another idea is that our sun is aging, and because it is now over-the-hill, has fewer bursts of energy to give off.
That sounds reasonable to those of us reaching middle age.
Currently, according to researchers, one theory is not to be favored over another, but what is clear, as the Times observes, is that our sun’s relative tranquility has unquestionably “benefitted our species.” As the study’s lead author put it, “It may be no coincidence that we live around a very inactive star.”
Of course, coincidence is the only reason that anyone already committed to naturalism can feasibly offer. If, however, the blinders of that particular worldview are removed, there’s a third possible explanation: Our host star is uniquely friendly to life because it was finely-tuned by God to support life.
In the marvelous book, “The Privileged Planet,” Jay Richards and Guillermo Gonzalez list the many features that make our earth, sun, and our corner of the universe uniquely suited for life. Not only do we have the right kind of star, we are just the right distance from that star. We are at the right location in the galaxy. We are in a solar system with gas giants that shield us from wandering asteroids and comets. We have a moon just the right size to stabilize our axis and create tides and seasons. We are on a planet with land, liquid water, oxygen, plate tectonics, and a molten iron core to generate a magnetosphere.
Tally up all these factors, as Richards and Gonzalez do, and it’s a dizzying improbability that we would be here at all: something like 1 out of 1 followed by 15 zeroes.
And yet, here we are, bathed in the warmth of a star scientists increasingly recognize as rare and hospitable. Our brightest minds could hardly imagine, much less imagine attempting to design, a better solar system. All of which is why we ought to thank the brightest of all minds, the One that also made our own minds bright enough to discover all of these remarkable things about our privileged planet, our privileged place in the universe, and our blessedly boring sun.
Transcript
Click on a timestamp to play from that location
| 0:00.0 | We live on what might be called a privileged planet. One of the most notable privileges that Earth enjoys is orbiting an uncannily calm star. |
| 0:08.3 | For the Colson Center, I'm John Stone Street. This is Breakpoint. |
| 0:12.7 | Recently, a New York Times article drew attention to a corona that's not a virus, and that makes life possible instead of threatening it. |
| 0:19.7 | The corona, or the outermost part of the sun's atmosphere, puzzles astronomers because it is, |
| 0:25.9 | as compared to other stars at least, so calm. |
| 0:29.4 | We take the sun for granted unless, of course, it disappears for a few cloudy days, |
| 0:33.3 | or burns us badly at the beach, or less often disrupts our satellite communications. |
| 0:38.5 | Maybe once every century or so, it could burp enough energy to fry technology and maybe even |
| 0:43.8 | ignite the northern lights all the way down in the Caribbean, as happened in 1859. |
| 0:49.1 | But aside from such rare instances as these, it's easy to forget that the local star that warms our faces |
| 0:55.5 | and wakes our flowers, this blazing ball of fusion-powered plasma, is actually capable, |
| 1:01.1 | at least in theory, of scorching our planet and all of us to a lifeless sender. |
| 1:06.3 | However, a new paper published in the journal Science suggests that's exactly the sort of thing we should expect from the sun if it behaved like other stars like it. |
| 1:15.1 | But it doesn't. |
| 1:16.2 | The good news is, as the Times put it, the star around which we orbit is just downright boring, at least compared to its solar siblings. |
| 1:24.2 | Astronomers at the MaxPlake Institute for Solar System Research in Germany after compiling |
| 1:28.8 | data from NASA's retired Kepler Space Telescope, which spent years monitoring about 150,000 |
| 1:34.9 | distant stars, concluded that our son's relative calm is among the reasons we are here at all. |
| 1:42.2 | After identifying 369 comparable stars in our galaxy, |
| 1:47.0 | these scientists learned something astounding. The magnetic activity that creates the sunspots, |
| 1:52.0 | solar flares, and coronal mass ejections on other stars is on average five times more |
| 1:59.0 | intense than on our sun. On some stars that were studied, these disruptions were five times more intense than on our sun. |
... |
Please login to see the full transcript.
Disclaimer: The podcast and artwork embedded on this page are from Colson Center, and are the property of its owner and not affiliated with or endorsed by Tapesearch.
Generated transcripts are the property of Colson Center and are distributed freely under the Fair Use doctrine. Transcripts generated by Tapesearch are not guaranteed to be accurate.
Copyright © Tapesearch 2026.

