Can Science Explain Everything? - A Review

Can science explain everything?

Most people would answer that question reflexively, but there is likely to be a divided response.

John Lennox, longtime apologist for Christianity and emeritus professor of Mathematics, argues that science cannot explain everything. His little book from The Good Book company, Can Science Explain Everything?, is a concise explanation of his response.

To some, the question itself might seem absurd, but one of the prevailing worldviews of the 21st century is scientism. We see this when people tell us to “follow the Science” or that “Science tells us” or some other trick of speech that assumes that there is a univocal authority in Science (it must be capitalized) that can shortcut any moral or practical concerns. Scientism is the belief that empirical scientific inquiry can answer any question and provide a consistent correct answer.

The question is significant because much of our cultural conversation seems to assume that science either knows everything or that it can know everything if we only ask the right questions and properly fund the research. There are huge ethical problems created by scientism, but there are more practical ones as well.

Scientism presumes that religion is either irrelevant to meaningful knowledge and thus useless for life or directly opposed to reason. This is the view of atheists like Richard Dawkins, but it is also a garden variety myth often used to marginalize Christians. Lennox topples scientism as a presupposition of reality and shows that while science is important, it is lacks sufficient structure to answer some of life’s most important questions.

Lennox opens his book arguing that being a scientist does not preclude belief in God. As a retired professor of mathematics, he has good reason to know this. But he also shares with us the account of his academic superiors attempting to shame him into rejecting Christianity. Lennox then moves on to a discussion of the shift in culture from faithful scientists seeking rational explanation for natural phenomenon because of their faith in God to some more contemporary scientists who seek to use their scientific findings to argue against the existence of God.

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The substance of the argument of the book is that both religion and science are dependent upon reason, but they are often geared to ask different questions. Science tends to ask “What?” and “How?” while some sort of philosophical thought, including religion, is necessary to come to an answer about “Why?” The “Why?” in this case refers not to the process, but to purpose. Science can not answer questions of purpose.

Lennox also argues that there is no reason not to take the Bible seriously, despite the apparent power of science to explain all natural phenomena and exclude any supernatural events. He even argues that there is no reason to reject miracles. The miracles recorded in Scripture, like the resurrection of Jesus, are matters of history rather than of philosophy or science.

The whole book has an apologetic edge. Lennox is making a case that Christianity is credible. The book begins focused on the question of science, but turns during the discussion of miracles toward other objections to Christianity, for example, Lennox briefly discusses the problem of evil. After that point, he examines the trustworthiness of the text of Scripture we have as a way of explaining why the resurrection miracle has a historical basis. He then provides a chapter explaining that for the skeptic to falsify Christianity—that is, to prove that Christianity is not true, he needs to disprove the resurrection. Lennox shows that Christianity is falsifiable, but also makes the case that the account in the Bible of Jesus’ death, burial, and resurrection plausible and, indeed, even probable as the most credible explanation. Lennox closes the book by explaining how one can be a Christian and why it is important that skeptics and Christians test the faith honestly, seeking answers to doubts without perpetuating them indefinitely.

This is both a good book and a limited book. It is a worthy tool for the right applications, but is not the right instrument for every job.

Can Science Explain Everything? is an introductory level text. It is written at a level that an advanced junior high student could follow the argument. It is most suitable for those with more advanced reasoning skills—curious high schoolers, college students, or congregants who have come up against exclusive claims of scientism and are asking good questions about the faith. The book would also be helpful as an evangelistic tract for an open-minded skeptic who is honest about seeking answer to her questions. It will also be helpful for Christian students asking whether a skeptical teacher really has all the answers.

On the other hand, this is a book that is likely to meet resistance and ridicule by more hardened atheists because Lennox made the necessary tradeoffs between concision and completeness. In a book of 125 pages it is impossible to explore every contour of these important questions. This will lead more antagonist people to find the intentionally basic explanations Lennox offers unconvincing. This is not due to an inherent deficiency in the book, but a recognition of its purpose. Lennox has provided more substantial refutations of scientism in his book God’s Undertaker: Has Science Buried God?

This is a good, useful book. Don’t ask more of it than it is prepared to give, but it would be a handy resource for a youth pastor or church bookshelf to answer some of this culture’s most pressing challenges.

God and Galileo - A Review

The legend of Galileo’s scientific rebellion against the faith has grown to enormous levels. It is a mainstay myth in the legendarium of modern culture: The Church rejected science, so Galileo chose science over the church.

It’s a common story that I heard growing up, but it is wrong.

David Block and Kenneth Freeman have written a thoroughly engaging book that works through the faith/science question in light of a letter that Galileo wrote a Letter to the Grand Duchess Christian of Tuscany.

Like most of the time when you actually read the primary sources, it quickly becomes apparent that the grade school history book account of Galileo and the Church, faith and science is dramatically different than what was portrayed.

God and Galileo: What a 400-Year-Old Letter Teaches Us About Faith and Science is an accessible, informative read on the faith/science dialogue, especially the particular history surrounding Galileo’s heliocentric model of the cosmos. As someone who has done a fair bit of reading on the topic before, I was thoroughly engrossed and thoroughly entertained by the account Block and Freeman give.

The book is divided into three parts. Part One has eight chapters. Part Two contains three. Part Three consists of two chapters. Helpfully, the book also includes an appendix, which contains the entire Letter to the Grand Duchess reprinted.

A detailed summary of each chapter would be wearisome, but the authors discuss important topics in the faith/science debate like the relationship between special and general revelation, the tenacity with which we hold our interpretations of Scripture about natural phenomena, and the errors of scientism. There are also several historical vignettes that enrich the discussion and help provide the backdrop to Galileo’s particular situation. These vignettes also reveal that although Galileo did not fair well, the reality is that Christendom adopted his position not long after his death and has even built some significant observatories for continuing astronomy in his legacy. The final two chapters of the book offer the testimonies of Blaise Pascal and David Block.

It’s hard to characterize this book simply, to put it into a clear category. Usually that is a criticism, but in the case of God and Galileo it is because the book does a great deal well. Are you seeking a resource to disrupt a materialist’s view that faith and science are mutually exclusive? This book can help do that. Are you interested in the contours of the faith and science debate as a Christian? This book will inform you. Are you looking for an enjoyable read for a quiet evening? This book offers it. Are you longing for a volume that encourages you to enjoy God through both his special and general revelation? This book calls you into a sense of wonder at both.

Block and Freeman have done excellently with this book. This is a volume that should get a wide audience and that bears re-reading. Two significant astronomers reflecting on the integration of faith and science would draw a huge crowd on the seminary campus or university. This book is like getting a series of those talks in a digestible written form.

NOTE: I was provided a gratis copy of this volume by the publisher with no expectation of a positive review.

An Awesome Adventure in Science---For Kids

There are few things more endearing to the heart of a homeschooling parent than seeing a child sprawled on the floor, elbows propped, nose in a book. This is especially true when that book was specially selected and secretly planted on the shelf to impart knowledge as well as entertain.

There is nothing wrong with reading many novels and short stories, but talking animals, heroes fighting dragons, and school stories are insufficient fare on their own for the long-term growth of a budding mind. In addition, we have made efforts to sneak in history books with full color illustrations and encyclopedia-style presentations. This is an easy way to get kids up to speed on some of the humanities.

Science, however, is a much more difficult topic to sneak on the shelves and present as interesting. I’m not talking about books that get kids interested in the idea of science—there are plenty of novels that do that. But a book that presents vital scientific concepts in an original, interesting, and attention grabbing way at the level the kids can receive it can be hard to find.

I’ve previously reviewed a fun book, Thing Explainer, that provides an entry point into understanding how things work. That has gotten my son interested in inventing things, but he lacks the fundamental understanding of concepts to begin to understand why his proposed ideas are physically impossible. I’ve struggled to find ways to explain the physical limitations of the universe to him. Somehow teaching adults about nuclear power didn’t equip me to teach a first grader about quantum physics.

One excellent answer to this conundrum is a set of books by physicist Dominic Walliman. One title is Professor Astro Cat’s Frontiers of Space that was released in 2013. More recently, Walliman and his illustrator/co-author, Ben Newman, have released Professor Astro Cat’s Atomic Adventure. I’ve read both and both are worth your time and money.

Review

Professor Astro Cat's Atomic Adventure is a book about physics. Walliman’s volume explains concepts like gravity, basic material composition, and some of the beginnings of Newtonian physics. This is a book that presents basic topics in physics in terms that my son can understand. It has led to discussions about what “F = ma” means. I’ve needed to provide examples of acceleration.

Some of the concepts presented in the book are clearly beyond what my first grader can grasp at this point. However, that’s ok. Walliman and Newman have conspired to present the basic facts of physics in a way that is graphically appealing and draws a child in. While my son may not grasp why quantum tunneling matters (yes, this is a topic in the book) or how it works, he will at least have in his memory bank a basic understanding of the word and what it means so that in high school he can begin that topic with a baseline. Especially at a young age, comprehension is less a goal that awareness and acceptance of brute facts.

Atomic Adventure has opened up a number of fun conversations. Sometimes I’ll get blindsided by a question about physics and have to ask what my son has been reading. And, sometimes I have to admit that my own knowledge on a particular topic is fairly limited. But that is part of the learning experience and creating a healthy curiosity in kids. I have found the books fun to flip through, even as an adult.

One key to making this presentation of physics accessible and valuable is that the authors regularly point to applications of the physical concepts. For example, buoyancy is explained in clear terms, and then the ballast system of a submarine is used as a practical example. The authors do take a pot shot at nuclear power later in the book, but they explain the concepts remarkably well on a level children can understand.

Along with the books, the publisher has also produced an activity book that encourages children to explore science through a series of games, experiments, and thinking exercises. The activity book is consumable, which makes it somewhat expensive for what it does, but the exercises in the book could expand a science curriculum, fill a long summer afternoon, and encourage exploration by a curious child. Some contact paper could make the activity book reusable or the activities could simply be done on a separate paper so that multiple children can benefit from the resource.

If you are looking to add to your arsenal of stealth educational books, the Professor Astro Cat series is a good way to do that. This is an example of educational science enrichment done well.

NOTE: I received a gratis copy of this book from the publisher with no expectation of a positive review.

Smarter Every Day

The internet is full of junk. However, there are often patches of outstanding humor, good information, and healthy entertainment. Sometimes it's hard to find the stuff you like amid the junk.

I'm happy to recommend the YouTube Channel of an engineer from Alabama to you. Our family has been watching the videos for a few years and we've enjoyed them and learned something along the way. If you like nerdy things or are just interested in how stuff works, it's worth putting this guy on your radar.

I particularly appreciate the fact that he is curious about the world around him. This is a trait that I'd like to encourage in my kids.

I also like the fact that he takes the time to explain what he's figured out clearly and carefully. He does a good job in making some pretty complicated concepts become pretty clear.

In a TEDx talk from 2014, Destin Sandlin, who is the personality behind the videos, explains why he does what he does and how he arrives at his topics. Basically, he's just trying to look for the unexpected in life. Here's the video:

He's just a nerdy engineer who is curious about life and the world around him. It's an attitude that we could all benefit from. In the meanwhile, he puts a lot of work into these videos so that we can all benefit from that. 

Here are a few of my favorites.

Prince Rupert's Drop

The first video is an exploration of the phenomenon called the Prince Rupert's Drop, which is formed when molten glass is dropped into cold water. The result is a formation of glass that is nearly unbreakable, but fragile at the same time due to the configuration of internal stresses.

Turning Gravity Into Light

Here Destin goes to the U.K. to meet engineers who designed a gravity powered light. Not only do you get to see it work, but the video offers a simple explanation for why it works. In this case, the video both celebrated human ingenuity and lets you know about a humanitarian cause.

The Backwards Brain Bicycle

It seems pretty easy to ride a bike. But what if gears were installed to make the handlebars work backward? Still it seems that we could easily overcome that. However, Destin demonstrates that there is much more going on in our brains than we initially perceive. This video shows his attempts to learn to ride the backwards bike.

You can find out more about him at his website and also support him by buying shirts and donating through Patreon.