Fans pick 100 books like Measurement Across the Sciences

When I introduce measurements to my students, I talk about “an exciting adventure across centuries.” I love this book because it tells the long history of measurement, starting from prehistory and arriving at our days as if it were a true, fantastic adventure humankind has lived since the beginning of its existence.

This is not a technical book, nor a book of history, in a strict sense. It is written by a journalist as an adventure novel, telling the story of a fantastic journey across generations to build our present knowledge.

I read it as a novel, eager to discover the next adventure, always discovering players and facts I ignored. 

Joseph Keithley is known as the founder of Keithley Instruments, Inc., one of the most renowned manufacturers of measuring instruments. This book reveals him as a brilliant writer, and I love how it carries the readers away by disclosing facts that are mostly unknown.

Electromagnetism is thought to be a recent discovery that has dramatically changed our lives. We use electrical equipment in every moment, but we ignore that the first experiments with electricity go back to 5 centuries BC and that without good instruments, electromagnetism could have never developed.

I love how this book digs into the pioneering work of our ancestors and, above all, the 19th and 20th-century scientists who built instruments that are as much artworks as technical tools. 

This book is a collection of contributions from different authors on modern measurements, and I love it because it covers the basis of a very technical subject in a rather simple way so that non-specialists can also find a comprehensible answer to their curiosity on instruments, such as multimeters and oscilloscopes, they have probably seen many times without really knowing why they were used.

I also love the way the explained fundamental concepts are applied to real-life applications that have a significant impact on our lives: by reading this book, for instance, I could understand how the reliability of devices we normally use, from our washing machine to our cars, is measured.

I had never thought much about what technology was and where it came from before reading this book. This book opened my eyes and made me understand the history of humanity and the history of technology are one and the same.

The book vividly describes the theory of technology’s origin and evolution. In doing so, the author reminds us that technology creates our world, which in turn creates our wealth, our economy, and our way of being.

An open mind and creative imagination are needed to explore reality. In making sense of the most significant science fiction writer of the 20th century, Philip K. Dick, we might refer to the dying words of his Berkeley buddy, Jack Spicer: “My vocabulary did this to me.” Like a Zen stone mason in a hall of mirrors, Dick often seems to depart from the most inscrutable of semantic pebbles. Exegesis offers us a lexical labyrinth infused with the most profound heuristic paranoia, to yield a vast shifting matrix of uncountable speculative origins. Anyone who reads this book and does not write at least one of their own, even as a prophylactic, is indeed “duller than the fattest weed on the wharf of Lethe.” (Paraphrased from Shakespeare’s Hamlet, Act I, Scene 5)

The late French philosopher Bruno Latour was infamous for his iconoclastic work in the history and sociology of science and technology.

If you read only one of his books, I’d say go for We Have Never Been Modern because it cuts to the heart of things by disrupting the conventional understanding of modernity as a clear separation between nature and culture. Latour argues that even as “moderns” have been rhetorically invested in this particular bifurcation of the world, nature-culture hybrids are continually proliferating.

So if you’ve ever asked yourself, why are cities not considered natural landscapes? Or why are animals always presumed to be without culture? Or what does it even mean to be modern? Then this is the book for you.

In between other projects, I have been conducting research for a non-fiction book about the particular kinds of parallel universe that every story world creates. And that's how I came across Reality+.

The question as to whether we are living in a simulation is beloved of moviegoers, stoners, and undergraduates (quite a large intersection in that Venn diagram). It's also worthy of serious philosophical and scientific inquiry. David J Chalmers is a philosopher, and his book treats the question with entertaining rigour.

The book goes beyond the simulation hypothesis, though, to examine the philosophical implications of our inevitable colonisation of the virtual realm. At the heart of Chalmers' argument is a rejection of the opposition between the real and the simulated.

Lived experience, Chalmers claims, is real experience, as freighted with value and possibility in the virtual world as it is out here in the probably real, possibly simulated universe.

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.

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.

This book is about the design of artifacts that are used by humans. It discusses, in particular, how specific features of cognitive artifacts can support or impede their effective use. The physical artifacts discussed in this book provide concrete illustrations for some abstract computer science notions such as types. I have used some of the examples successfully in talks about computer science for the general audience. A focus of this book is on representations, which plays an important role in many areas of computer science. If you enjoy the examples discussed in this book and like to think about representations, then you are thinking like a computer scientist.