Book Review: Order Out of Chaos by Prigogine and Stengers

It's often said that an author really writes only one book, over and over again in different ways. This has never been more true than for Ilya Prigogine. I have read three of his books over the past few months, and each is making the same points in different ways. The most useful distinction is audience: From Being to Becoming (the earliest) is for chemists and physicists; The End of Certainty (the most recent) is for the sci-curious at a popular science level; and Order Out of Chaos is for the academics and philosophers. OOoC has the most material for my undergraduate classes. I appreciate especially the historical foundations provided by Boltzmann, Carnot, and others, because those were not detailed in my physical chemistry classes and knowing the history makes the physical chemistry a lot clearer. I took several historical notes about WHY we have different laws of thermodynamics with different emphases. This historical and philosophical richness must be attributed to Isabelle Stengers, and her contribution really makes this book work differently from the others.

For all that, I'm glad I read this book after the other two, mostly because there's not enough room to include the full arguments. As a result, many of the crucial arguments come down to important elements that must be tucked into a citation or waved away -- you can't fully derive the true mathematical germ that explains why it has to be this way, or at least you don't have the tools to fully challenge it when it's asserted. So I don't think OOoC would convince a skeptic in the same way From Being to Becoming did, at least in the areas of kinetics where I am equipped to be skeptical.

On the other hand, From Being to Becoming was a difficult read for me and I still don't have the tools to really use what Prigogine says about quantum mechanics. That's not really my area. But FBtB was like a scenic mountain hike, a lot of climbing and some fog but ultimately worth it, especially for the kinetics/non-linear dynamics part, which is Prigogine's specialty.

It's also possible that Prigogine downplayed his QM ideas in his later writings, after they were challenged (which I know they were and they don't seem to have taken hold at least for QM). Still, in my opinion, the heart of what he has to say is nonetheless intact. So I don't worry about the QM, I'm happy to take the kinetics and run with it.

Another issue is that I would have liked more philosophy at the end, thinking about what this all means. We have some of that but it's not as thorough as the historical review itself.

But this story is worth telling three different ways in the end analysis. So I recommend reading all three books, and not reading this one first, but reading it nonetheless.