The research paper is “Versatile acid solvents for pristine carbon nanotube assembly,” and it describes a new acid solvent system that does not feature the extremely challenging types of acids traditionally used in carbon nanotube production.
Recently, I've been twitching for a more rigorous intellectual challenge for the science and engineering side of me, which has led to me researching the millennium problems, designing scientific experiments, and adding books like Eight Amazing Engineering Stories to my reading list. In other words, I was rather looking forward to this as an interesting and in-depth look at a selection of technologies and the stories of how they came to be. Unfortunately, it turns out that what I consider in-depth is a little different from what people writing a companion book for a series of YouTube videos considers in-depth; so yes, I have to admit that I found this book a little disappointing, and am glad that it only took me a couple of days to read, but that does not mean you should stop reading this review, or even that you shouldn't read the book. Let me explain.
This post is primarily intended as an educational one, to discuss some of the terminology and thought-processes involved in materials science, but it was inspired by world-building considerations. As you may recall, if you've been following along with what I've been reading (and my regular book reviews), I recently read a book called The Substance of Civilization, which detailed how the materials to which our species has had access have shaped the course of cultural evolution over the past ten thousand years. It prompted me to think in more detail about choice of materials and construction techniques in world-building.
In my mind, one of the most significant drawbacks of the modern education system is its tendency to silo or stovepipe ideas and topics. Yet as I learned in The Substance of Civilization, it was partially the work of Flemish artists that led to the invention of the movable type printing press...