Fans pick 100 books like American Genesis

This slim volume, first published in 1995, possibly jump-started the current genre of science narratives–I was certainly well aware of it when World on Fire was published in 2005. The tale begins in 1707 when the English fleet crashed into the Scilly Isles twenty miles southwest of England; two thousand men drowned, all because navigators had misgauged longitude.

The desperate quest for a solution becomes a well-funded race to make sure this never happens again. Sobel chronicles how it was solved by a simple clockmaker, and the obstacles thrown in his path by the more respected members of the era’s scientific establishment. It helps to read Kuhn’s work first, or in tandem: for all the accolades heaped upon success, both works make clear the hard road and lonely life traveled by the outsider.

When I was a kid, one of my favorite books was The Way Things Work, not the more recent David Macaulay book—which is also good—but the earlier 1967 book by T. Lodewijk. With great diagrams, it showed how complicated machines work.

Randall Munroe's Thing Explainer, while less comprehensive, similarly captures this magic for me. It has great diagrams and simple clarifying text—self-consciously limited to the 1,000 words people use the most. I could stare at the diagrams for hours, learning about everything from cameras (“picture takers”) to submarines (“boats that go under the sea”).

Initially, The Gift might seem an odd choice for this category. Hyde argues that art must be part of a gift economy, not simply commercially bought and sold, but also given and received. I had a chance encounter with Hyde’s father, who was appropriately proud of his son’s book, but he said that he thought the same analysis could be made about how science operates.

This idea changed my perspective on science and technology. When I began to look at science and technology this way, it made sense to me. Scientists will frequently trade what they have learned with each other, for example at conferences—they give their information away in exchange for prestige and for return gifts of information from other scientists. It is part of being a member of the science club.

Another odd choice for this category and an unusual but nonetheless compelling book. Elkins talks about painting in terms of medieval alchemy. The point, however, is right down my street: it is about the materiality of painting.

Put aside the meaning of a finished artwork and think about the acts behind its making, from creating paint from various pigments and oils to brushing them on stretched canvas. This helped me understand the lives of people who work with materials, things, and stuff, including scientists and engineers. What they think is important, but so is what they do and their facility in doing it.

Future Politics takes the conversation to the societal level, looking at how technology will change the fabric of our communities. Susskind brings an expert eye to a sweeping body of knowledge and resists simple narratives. This book is dense, but worth the effort for those looking to understand the dynamics that will shape society as we know it, for better and for worse.

Susskind is a scholar of history and politics and brings that love of fundamental political questions to this work. I enjoy how he anchors modern questions about the implications of technology for freedom, for example, in much older debates about freedom and the State.

My admiration for this book is demonstrated by the way in which I quite shamelessly ripped off its title for my own. It has been said that America is the only nation that began perfect and hoped to improve. The engine of that improvement, from the earliest days of the Republic, had been new technologies but by the middle of the pre-Civil War period some Americans began to realize that the “improvement” they had unleashed was beginning to erode the very “perfection” that they had hoped to enshrine in the nation’s foundation. Writers, artists, and creative intellectuals in general are society’s canaries in the mine shaft, and the great names of the American Renaissance—Ralph Waldo Emerson, Henry David Thoreau, Washington Irving, Herman Melville, George Innes, Charles Sheeler, and their colleagues—attempted to describe, understand, and perhaps heal the destructive effects of the machine. As Marx concludes, “what was a grim possibility… show more.

The highly respected Cambridge scientist and Astronomer Royal Martin Rees provides a fascinating and highly accessible read on how we can harness science and technology for the betterment – and ultimately preservation – of humanity.

The book is a refreshingly optimistic take on how advances in, for example, robotics and biotechnology, can protect us against the greatest threats facing humanity. This is a must-read book which pushes the boundaries of scientific knowledge while building bridges to many other academic disciplines.

Michael Pollan’s scientific and personal investigations into the powers of psychedelics reveal how malleable our brains and minds are and illustrate the potential for people to change from a closed-minded way of viewing the world to one that is considerably more open-minded.

Pollan’s review of the scientific research on psychedelics shows, for instance, that the psychedelic compounds can lead to changes in the openness to experience dimension of Big Five personality traits. This and other similar findings, as well as Pollan’s narrative about his own personal experiences, are useful for suggesting another potential mechanism for changing minds.

I loved this book because it provides a unique view of the ramifications of AI, including its impact on politics, international relations, and the military. While not a book one would use to learn the basics of the technology of artificial intelligence, it nevertheless provides a useful view of its important non-technical ramifications.

If you're interested in learning about the impact of technology on our future, The Future Is Faster Than You Think is a must-read.

In this book, the author explores how converging technologies like artificial intelligence, robotics, and biotechnology are transforming business, industries, and our lives. 

Diamandis provides examples of how these technologies are already changing our world, and shares his insights into what the future may hold. By reading this book, you can expect to gain a deeper understanding of the potential benefits and challenges that will arise as technology continues to advance at an exponential pace.