I have to make a confession: over the course of the past three years as the history teacher at Field School, I have taught as much science as history.
It’s not for lack of material. I have long been fascinated by history, and having taught it in various forms over the last few decades, with such classes as US History, European History, Government, Economics, the South, Nuclear War, Latin American HIstory, Civil Rights, Constitution Law, and African-American History under my belt, I have an abundance of experience in social studies to draw upon. I have a Ph.D. in American History that provided me with a solid background for teaching, and my continuing self-education ever since and attention to current events (I read a newspaper or two a day) has given me an enhanced understanding of the study. Lastly, and perhaps most importantly, I have a better appreciation for the events and characters of our past as I grow older, understand the various types of personalities that inhabit the world, and match the stories I read to what I know about people. For example, I read an insightful biography of George Washington recently, and I think I really know the kind of person Washington was and what accounts for his greatness in our history (a combination of a gifted personality, events then taking place, and sheer luck that he wasn’t killed time and again in battle).
The problem with history teaching in middle school is the dearth of good textbooks. I use Joy Hakim’s Story of US to teach U.S. history, and I don’t think there is a better series on American history for students of any age. It is well-researched, well selected, and well written. But there’s nothing close to comparable for World or European History. After reading Hakim’s U.S. history series, teaching anyone else’s text would be a letdown. Moreover, the students would not be as eager to read. As it is, I don’t have a problem getting the boys in my classroom to read.
Fortunately, Hakim has now published 3 of 6 planned texts on the history of science, and I embarked on teaching the first of these two years ago, one that revolved around science history from ancient times, with much focus on the Greeks and Aristotle. It was so much fun to read, and to contemplate the lack of science understanding and the stories of thinkers slowly developing ideas. We read about Archimedes probably apocryphal “Eureka!” moment when he figured out how to determine whether the king’s gold was being alloyed, and how Aristotle’s ideas so affected intellectuals that thousands of years passed before some of his thoughts were debunked. We took up the following text last year, one that stretched from the Dark Ages through the end of 19th Century and that centered around the brilliant and often nasty Sir Isaac Newton. This year started with the extraordinary work of Albert Einstein, who in one year, wrote 5 papers that set the stage for the next few generations of scientists.
Since the history of science stretches all around the world, it serves as a perfect substitute for world history. But it’s even better for middle school teaching for two reasons. First, the topics of science are so fascinating and there are still so many unanswered questions. Hakim spends much of the last of the books noted here discussing the unknown frontiers of science. This leads to great discussions in class, about subatomic particles, unified field theory, the big bang, entangled particles, black holes, and so on. If you have just spent several years learning the stories of how scientists slowly and doggedly learned how to, oh, split an atom or guide a rocket to the moon, you know that the next set of frontiers will likely be conquered, and perhaps before we know it. The questions on the frontier are super exciting… When will we find life in space (I firmly believe it’s just a matter of time)? Can we extend human life (for better or worse)? Just how powerful will our computers become and when will they begin to approximate human beings? Will we learn ways to teleport across the vast distances of the universe? Will we discover time travel (doubtful)? Can technological changes help us to solve the persistent problems of poverty, climate change, oppression, and world health?
The second reason it’s such a fertile subject with middle schoolers is that history’s top scientists often do their best work in the twenties. The boys in my classes are ten or fifteen years away from potentially doing world-changing work in science. Newton was 23 when he wrote his seminal Principia and Einstein was 25 when he published the 5 papers. The biographies of these and many other scientists in Hakim’s work suggest that the best of them come from diverse backgrounds and with varied personalities, but most have been blessed with a solid education in science and a determined curiosity. Is it realistic of me to think that a Field School boy will one day play a part in the history of science? Might one of our guys help to answer one of those questions above?
I think so.