The complexity of modern civilization is somewhat of a double-edged sword. It has brought great advances in human health and well-being, yet a full understanding of the sum-total of our knowledge of how the world works is now far beyond any single person. Consequently, getting people to agree on how to tackle complex problems becomes this much harder. In How The World Really Works, energy expert and policy analyst Vaclav Smil provides the big picture of the material and energetic basis undergirding human civilization, and what this means for attempts at addressing climate change. Rich in eye-opening facts and not a little bit opinionated, this is a much-needed reality check that purposefully avoids extreme views of both the techno-optimist and catastrophist kind.
This is the second of a two-part review on the batteries that are powering electric vehicles (EVs). Where the previously reviewed Volt Rush gave a good general overview of the challenges and opportunities that come with mining the metals needed for batteries, Lithium takes a deeper dive into the one metal common to many different batteries on the market today. An informative book with a pragmatic outlook, it provided much more information on the dominant role of China and the large lithium reserves in South America.
Are we alone in the universe? For the moment, this question remains unanswered, though there are many ways to tackle it. Just how many was something I did not appreciate until I sunk my teeth into Harvard University Press’s new flagship astronomy title Life in the Cosmos. Written by astrobiologist Manasvi Lingam and theoretical physicist Abraham “Avi” Loeb, this is a book of truly colossal proportions, clocking in at over 1000 pages. It boldly goes where few academic books have gone before by seriously and open-mindedly considering the possibility of extraterrestrial technological intelligence on par with, or far beyond humans. I found myself gravitating towards this book on account of more than just its size.
Advances in medical research mean we have come to grips with numerous diseases and health conditions over the decades. But, like a game of whack-a-mole, you solve one set of problems to only have other, often more complex problems take their place. There is valid criticism to be had of medicine and its reductionist approach and What Is Health? sees neurobiologist Peter Sterling offer a critique grounded in physiology.
Are you the kind of person who reaches for screws and nails rather than glue when you need to stick two things together? So am I. And if I am to believe chemist Steven Abbott, that is not the only thing I am mistaken in. I was initially confused when I saw this book. Why is the Royal Society of Chemistry publishing a book about adhesion, surely that is all just physics? Actually, that is only partially true: this subject is chock-full of chemistry. An entertaining, opinionated, and well-written general introduction, Sticking Together turned out to be educational in more than one way.
We all have a pretty good idea of what a volcanic eruption looks like, but they are only the surface expression of a much larger and longer underground process that is hidden from view. The internal workings of a volcano, its plumbing if you will, are studied by the relatively new scientific discipline of volcanotectonics. Icelandic volcanologist Agust Gudmundsson has been researching and teaching this topic for two decades and here delivers the field’s first textbook. In preparation, I beefed up my knowledge base by first reviewing a introductory volcanology textbook, but it almost was not necessary—Volcanotectonics turned out to be exceptionally instructive and accessible.