I am not very good at making things. I am good enough to appreciate the craftsmanship of those much better than me. I am more of an ideas person, perhaps why I ended up with a PhD in Philosophy of Science. But I have always held a secret admiration—with a tinge of envy—for people who are makers. As I went deeper into my career as a philosopher of science, I became aware that the material/making aspect of science—and technology—was largely ignored by ideas-obsessed philosophers. So, this is where I focused my attention, and I’ve loved vicariously being able to be part of making the world.
I wrote...
Thing Knowledge: A Philosophy of Scientific Instruments
Science and its cousin technology have remade the world. As much as about ideas, science is about stuff. Think iPhones and vaccines, the electrical power grid, assembly line production, and the vast array of medical instruments. Etc. Etc. This book refocuses how we think about science to the things—not just ideas—of science. What do scientific instruments mean for scientific knowledge? For our world?
Thing Knowledge includes many examples, from instruments that measured the efficiency of early steam engines to MRI instruments that see inside our bodies. One thread of examples comes from Baird Associates—founded in 1936 by my father—which made a variety of instruments suitable for precision measurement, for example, of the composition and impurities of steel being manufactured.
I loved how this book reads like a thriller—a David and Goliath thriller—in which a lowly clockmaker competed against the foremost scientists of his era and won—and even after he had won, he had to fight dastardly efforts by the elites of his day to deprive him of his prize and hard-earned fame.
The book spoke to my fascination with how things get made and why craftsmanship is important. But it also spoke to my concern with class and how those in power can rig things to their benefit, with, in this case, the happy result that good triumphed over evil.
The dramatic human story of an epic scientific quest and of one man's forty-year obsession to find a solution to the thorniest scientific dilemma of the day--"the longitude problem."
Anyone alive in the eighteenth century would have known that "the longitude problem" was the thorniest scientific dilemma of the day-and had been for centuries. Lacking the ability to measure their longitude, sailors throughout the great ages of exploration had been literally lost at sea as soon as they lost sight of land. Thousands of lives and the increasing fortunes of nations hung on a resolution. One man, John Harrison, in…
This book completely changed how I thought about the technology that surrounds us, the electric grid, assembly line production, the military-industrial complex, and on and on.
I grew up at the end of the time period Hughes writes about when all these huge technological systems were in place. I didn’t give them a thought. They were like the air we breathe. But they were created during this century, and it was amazing to read about this transformation of our world.
Reading this book, for me, was like learning to see the world I live in anew, to feel the air we breathe.
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”).
From the No. 1 bestselling author of What If? - the man who created xkcd and explained the laws of science with cartoons - comes a series of brilliantly simple diagrams ('blueprints' if you want to be complicated about it) that show how important things work: from the nuclear bomb to the biro.
It's good to know what the parts of a thing are called, but it's much more interesting to know what they do. Richard Feynman once said that if you can't explain something to a first-year student, you don't really get it. In Thing Explainer, Randall Munroe takes…
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.
“A manifesto of sorts for anyone who makes art [and] cares for it.” —Zadie Smith
“The best book I know of for talented but unacknowledged creators. . . . A masterpiece.” —Margaret Atwood
“No one who is invested in any kind of art . . . can read The Gift and remain unchanged.” —David Foster Wallace
By now a modern classic, The Gift is a brilliantly orchestrated defense of the value of creativity and of its importance in a culture increasingly governed by money and overrun with commodities. This book is even more necessary today than when it first appeared.…
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.
In this classic text, James Elkins communicates the experience of painting beyond the traditional vocabulary of art history. Alchemy provides a strange language to explore what it is a painter really does in the studio-the smells, the mess, the struggle to control the uncontrollable, the special knowledge only painters hold of how colors will mix, and how they will look. Written from the perspective of a painter-turned-art historian, this anniversary edition includes a new introduction and preface by Elkins in which he further reflects on the experience of painting and its role in the study of art today.
I’m a professional historian and life-long lover of early American history. My fascination with the American Revolution began during the bicentennial in 1976, when my family traveled across the country for celebrations in Williamsburg and Philadelphia. That history, though, seemed disconnected to the place I grew up—Arkansas—so when I went to graduate school in history, I researched in French and Spanish archives to learn about their eighteenth-century interactions with Arkansas’s Native nations, the Osages and Quapaws. Now I teach early American history and Native American history at UNC-Chapel Hill and have written several books on how Native American, European, and African people interacted across North America.
A magisterial history of Indigenous North America that places the power of Native nations at its center, telling their story from the rise of ancient cities more than a thousand years ago to fights for sovereignty that continue today
Long before the colonization of North America, Indigenous Americans built diverse civilizations and adapted to a changing world in ways that reverberated globally. And, as award-winning historian Kathleen DuVal vividly recounts, when Europeans did arrive, no civilization came to a halt because of a few wandering explorers, even when the strangers came well armed.
A millennium ago, North American cities rivaled urban centers around the world in size. Then, following a period of climate change and instability, numerous smaller nations emerged, moving away from rather than toward urbanization. From this urban past, egalitarian government structures, diplomacy, and complex economies spread…
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