Dr. Seth Shostak has a B.S. in physics from Princeton and a PhD in astronomy from the California Institute of Technology. Obviously, then, he knows a thing or two about astronomy. His original research started out using radio telescopes to measure the motion of distant galaxies, but for quite some time now, he has been involved in the search for extraterrestrial intelligence (SETI). He is currently the senior astronomer at the SETI institute.
In a recent report, CNN interviewed him to lead off a discussion about the possibility of extraterrestrial life. Here’s what he said:
…one thing that strikes you is that every time we learn something new about the universe, what we learn is that our situation doesn’t seem to be all that special, and that suggests that life is not all that special, either.
When I heard that statement, the first thing I wondered was, “How can such a well-educated astronomer say something that absurd?” Really? Our situation isn’t all that special? We live on a special planet that orbits a special star (at just the right distance) that resides in a special part of the galaxy. Yet our situation isn’t all that special?
Nobel Laureate Dr. Dan Shechtman (Click for credit)
Dr. Dan Shechtman is a courageous scientist. Starting in 1975, he was on the faculty at Technion, the Israel Institute of Technology. He taught in the department of materials engineering, which investigates how the atomic structure of a material affects its observable properties. Back in the early 1980s, he spent his sabbatical at Johns Hopkins University, where he studied rapidly-solidified alloys of aluminum, and he discovered something that was revolutionary. It was so revolutionary that when he first saw it, he said to himself:
Eyn chaya kazo
which is Hebrew for “There can be no such creature.” Nevertheless, the more he studied, the more he was convinced of what he saw.
What revolutionary thing had Dr. Shechtman discovered? He discovered a kind of crystal that the scientific consensus said could not possibly exist. Until Dr. Shechtman’s discovery, it was thought that when substances form crystals, their atoms form an arrangement that is both ordered and periodic. An ordered arrangement just means there is a discernible pattern to the arrangement, and a periodic arrangement is one that repeats the same pattern in all directions. Thus, once I find the basic unit of a crystal’s pattern (called the “unit cell”), I can tell you what the entire crystal looks like by just repeating that pattern over and over again in three-dimensional space.
Well, chemists have been studying crystals for a long, long time, and because of the way atoms pack together, the mathematics of an ordered, periodic arrangement of atoms has been thoroughly worked out. These mathematics produced an absolute statement: There are only certain possible patterns for crystals. Some crystals can be rotated by one-half and end up looking the same as they did before they were rotated. Others can be rotated by one-fourth and end up looking the same as they did before. Others can be rotated by one-sixth and end up looking the same as they did before. However, it is impossible, quite impossible for a crystalline substance to have a structure that can be rotated by one-fifth or one-tenth and end up looking the same as it did before. Such atomic arrangements, called quasicrystals, simply cannot exist in this universe.
Nevertheless, that’s what Dr. Shechtman saw. Some of the crystals he saw forming in his experiments were quasicrystals. They were ordered, but not periodic. As a result, they had a structure that could be rotated by one-fifth or one-tenth and end up looking the same as it did before. As is typical for most scientists, he was initially very skeptical. But as he continued his experiments, he became more and more convinced of what he saw. Thus, as is typical for most scientists, he decided to communicate his findings to others.
Most birds aren’t very active in the rain. They can fly in the rain if they have to, but they prefer not to. After all, the longer they are in the rain, the soggier they get. This adds to their weight, meaning they have to work harder to generate the lift necessary to stay in the air. So in general, birds tend to wait out the rain. Like most rules in biology, however, this one has an exception. The activity of hummingbirds is not significantly affected by most rainfall.1
How these incredible birds can fly even after being in the rain a long time was a bit of a mystery to scientists, but thanks to some artificial rain and high-speed photography, we now know that hummingbirds regularly dry themselves off by shaking like a dog.2 The shaking propels the water off their feathers so that the tiny birds don’t get too waterlogged. If you watch the video above (which comes from the referenced study), you can’t help but be reminded of a wet dog coming in out of the rain. Of course, the dog isn’t flying at the time, but the similarity is remarkable.
Skeleton of the titanosaur Epachthosaurus at the National Museum, Prague, Czech Republic. Note the plant, a cycad, in the display. (Click for credit)
If a display of dinosaurs or dinosaur skeletons includes plants, it usually shows the dinosaurs walking among ferns or cycads, like the picture shown above. There usually aren’t any grasses in the display. Why not? Because according to the geological column, grasses and dinosaurs didn’t live at the same time. After all, dinosaurs mostly died out by the end of the Cretaceous period, which was supposed to have closed about 65 million years ago. According to You Are Here: A Portable History of the Universe, grasses didn’t evolve until much later:1
Rabbits and hares appear 55 million years ago. The Himalayas begin to rise 50 million years ago. The face of the earth looks recognisably as it is now, except that Australasia is attached to Antarctica. Bats, mice, squirrels, and many aquatic birds (including herons and storks) appear during this period, as do shrews, whales, and modern fish. All major plants make their appearance and grasses evolve.
Notice how certain the author is. He is telling you the story of the history of life as if he is watching it happen. According to his “observations,” grasses didn’t evolve until about 50 million years ago, long after the dinosaurs went extinct.
The evolution and spread of grasses UNDOUBTEDLY resulted from their ability to adapt to seasonally dry habitats created as tropical-deciduous forests developed in the Eocene (58 to 34 mya, million years ago). Considering their importance and taxonomic diversity, grasses have a relatively poor fossil record. While the earliest potential fossil grass pollen was described from late Cretaceous sediments, the oldest reliable megafossil grass fossils were spikelets and inflorescences from the latest Paleocene (about 58 mya). These were PRIMITIVE proto-bamboos with broad leaves, QUITE UNLIKE the narrow-leaf modern grasses of desert grasslands and deserts. (emphasis mine)
Of course, as is often the case, current research is demonstrating just how wrong this evolution-inspired reasoning is.
Steven Newton is the Programs and Policy Director at the National Center for Science Education. He has a B.A. in History from the University of California at Berkeley and a M.S. in Geology from California State University at Hayward. Most importantly, he is a fervent believer in evolution. Because of this, he tends to watch trends in science education as well as the scientific community. His observations recently led to a very interesting article in New Scientist.
The article discusses the fact that young-earth creationists have been presenting at scientific conferences and publishing in the peer-reviewed scientific journals. Since he is a geologist, he is focused on meetings of the Geological Society of America (GSA), where young-earth geologists have presented papers and led field trips in recent years. While he thinks that this is a bad thing, he rejects calls to ban them from the meetings. He says:
Scientific organisations will continue to experience creationist infiltration; this week’s GSA meeting will include several presentations by creationists. But it is important for scientists not to overreact and to remember that science is far stronger than any creationist attempts to undermine it.
While his reasoning is deeply flawed, his final conclusion is correct. As a result, we should at least give him partial credit for his endeavors.
A commenter left this link on an unrelated post. Since the commenter has, in the past, tried to support several unscientific positions, I assume he or she thought that the experiment demonstrated the plausibility of abiogenesis, the the idea that life might have emerged through a series of incredibly unlikely interactions between nonliving chemicals. Of course, such an idea contradicts everything we know about the study of life, since all life we have ever studied comes from other living things. I have written several articles (here, here, here, here, here, and here) that demonstrate how the data speak against abiogenesis, but those who want to ignore the scientific evidence desperately hope for some special time in the past when all our current evidence doesn’t apply and life could actually spring from nonliving chemicals.
One of the many, many problems associated with any naturalistic origin-of-life scenario is that of stereoisomerism. As I explain here, there are certain biological molecules that can be formed in two different ways. They have the same chemical formula and form mirror images of each other. However, these mirror images are not identical. Think about your hands. When you hold them palms together, they are mirror images of one another. However, no matter how you tilt or turn it, you cannot make your left hand look identical to your right hand. If you put the palm of one hand on the back of the other hand, for example, one hand’s thumb will be where the other hand’s pinky finger is. So while your hands are mirror images, they are not identical. There are many biological molecules that are like that, and we call them chiral molecules. The two mirror images that are formed by a chiral molecule are called enantiomers.
All origin-of-life scenarios start with simple molecules that do not form enantiomers. We call these achiral molecules, since they cannot form two mirror images that are different from one another. This is a problem, because in the lab, when achiral molecules react to form a chiral molecule, an equal amount of each enantiomer is formed. As a result, you end up with a mixture that is 50% one enantiomer and 50% the other enantiomer. We call this a racemic mixture. The problem is that life isn’t like that. In most chiral molecules of life, only one of the enantiomers is used. We call this an enantiopure compound, since it is purely one enantiomer, without any of the other. So any origin-of-life scenario has to figure out a way of producing just one enantiomer, or it has to figure out a way to get rid of the other enantiomer once it has formed.
This is a major problem, of course, and the link that the commenter left claims that a “plausible” solution to this problem has been found. Of course, when you look at the actual paper you find that the process is anything but plausible in an origin-of-life scenario.
When I got my PhD, I started on the typical “professor track.” I got a postdoctoral position at Indiana University, eventually was appointed to the faculty there, and then transferred to be on the faculty at Ball State University. However, I found that I enjoyed writing more than teaching and research, so I eventually started a publishing company to sell the textbooks I was writing. A few years ago, I sold the publishing company, and even though I planned to stay with it for another 10 years, I could not support the direction taken by the new owner. As a result, I resigned from the company.
Once I resigned, I prayed and thought about what God would have me do in this next chapter of my life, and one idea that popped into my head was to go back to the university and start teaching again. However, since most secular universities are terrified of serious scientific debate on the origins issue, I knew that my reputation as a young-earth creationist textbook author would make it very unlikely that a secular university would hire me. Thus, I decided to apply to a few Christian universities, and it was a rather disheartening experience.
You see, most Christian universities have this long list of beliefs and practices to which their professors must subscribe. For example, I applied to one fairly well-known Christian university, and their doctrinal statement (a statement to which all their faculty are asked to adhere) detailed the university’s stance on a number of issues about which many serious Evangelical Christian theologians disagree. In addition, they had a “community covenant” that prohibited all sorts of activities, including one in which Christ Himself engaged: the drinking of wine! Finally, the chairman of the chemistry department informed me that if I was to be hired by this university, I would have to change the type of church I attend, since my current denomination (Free Methodist) is not on the list of approved denominations!
So in order to teach at this university, I would have to subscribe to a long list of beliefs, agree to a long list of behaviors, and I would have to go to a different kind of church. Even if I already did believe everything on this long list of beliefs, and even if I already did conform to the behavioral expectations of the university, and even if I already did attend an “approved” church, I could never be part of such a university. Why? Because one of the the purposes of a university is to engage in an honest search for truth. If I am forced to agree to a long list of “truths” upfront, how in the world can my search for truth be an honest one? It seems to me that in order to be a honest investigator, I must be open to the idea that I might actually be wrong on a few issues. Most Christian universities don’t seem to allow that of their faculty members!
You have stumbled across Dr. Jay L. Wile's Blog. Dr. Wile holds an earned PhD from the University of Rochester in Nuclear Chemistry. He is best known for the "Exploring Creation with..." series of textbooks written for junior high and high school students who are being educated at home.
Red Wagon Tutorials
This site is run by the most gifted teacher with whom I have ever worked. He has live classes that go with my books as well as recorded classes.
Answers in Genesis
While the theology leaves a lot to be desired, the science discussed on this website is pretty solid.
This website contains works from a good mix of young-earth creationists.
This is the blog of Dr. Todd Wood, one of the leaders in baraminology. He covers current topics of interest to young-earth creationists.
This is the blog of Kevin Nelstead, an old-earth creationist geologist. He covers many topics related to the age of the earth and offers a nice contrast to the young-earth writings listed above.
An interesting "think tank" that contains the major players in Intelligent Design