43 books like A Vast Machine

No list of books on this history of climate science would be complete without this one, even though the book is about far more than climate change. I think this should be required reading for anyone who wants to understand misinformation and media culture. In example after example, with meticulous research, the book shows what happens when science gets in the way of profit.

I found the book especially strong at exploring the underlying patterns in which industry groups work to undermine the credibility of scientific results, injecting enough doubt to forestall regulatory action. I particularly like the chapter on climate science, although if you read the earlier chapters first (on acid rain, ozone holes, and second-hand smoke), none of what they describe will surprise you.

Stephen Schneider was one of the leading scientists in the early days of climate modeling and one of the first climate scientists to understand the importance of science communication. I think of this book as both a memoir and a political primer for anyone interested in how warnings from climate scientists get attacked and undermined in the media.

The book is particularly good at explaining how the UN’s international reports on climate change came together and why mainstream media networks consistently miss the story when reporting on climate science.

This book reads like a scientific detective story, and I found it hard to put down. Wally Broecker is one of the world's leading oceanographers, and in this book, he gives us an inside account of an incredible scientific discovery: the global ‘superhighway’ of ocean currents that transport water around the entire planet over the course of a thousand years.

While fascinating in its own right, the story is vital for understanding climate change, as the ocean operates as a planet-wide heat pump, and changes in the ocean circulation patterns bring dramatic and abrupt shifts in regional climates. 

This book pairs particularly well with Stephen Schneider’s book, as it picks up where that book ends. When I met Michael and heard him talk about his experiences, I didn’t think this book would surprise me, but I still found it shocking. Michael is one of the world’s leading climate scientists, and his work was fundamental in identifying the early signs of rising global temperatures in the 1980s and 1990s.

But in this book, it’s not the science that is shocking, but the behavior of politicians, lobbyists, and conspiracy theorists, who have turned their attacks on the science into personal and vindictive attacks on the scientists themselves. Michael’s accounts of his battles against misinformation make for important reading for anyone who wants to understand why we’ve been so slow to act on climate change.

Chapter 8! Chapter 8! What a gem on what it really takes to build innovative cultures. Pisano, a Harvard business school professor, articulated ideas that I had observed in my work across Google and with startups around the world—ideas I wish I had authored myself.

The core idea that stood out to me was how people often romanticize innovative cultures as being all about the “bunnies and cotton candy”—like having tolerance for failure or zero hierarchy—while overlooking the harder, more crucial aspects, such as intolerance for incompetence and the discipline required to kill projects that aren’t working.

His insights resonated deeply with my experiences, providing clarity and language for concepts I’ve long recognized but struggled to put into words.

Of the small subgenre books that deal with the way games aid education, Toppo's shows how games can make a difference in the way students learn by looking at first at a Washington, D.C. school's success with improving math scores through game playing. From there, he visits professors and visionaries, all of whom have helped kids learn through games. One thing becomes clear: if there were a games class in every school, especially in underserved communities, student grades would go up.

It is hardly news that housework is gendered. But in this classic study Cowan, by taking housewifery seriously as work and kitchen utensils and appliances seriously as technologies, opens up the whole panorama of production and consumption in a domestic setting. The influx of new appliances, and in a more convenient form old materials (such as powdered soap) in the early decades of the 20th century worked to, in a sense, “industrialize” the home. Unlike factory workers, however, housewives were unpaid, isolated, and unspecialized. Their managerial role shrank (hired help disappeared from most homes)  and rather than being drained of meaning, like the work of factory hands, theirs became burdened with portentous implications of love, devotion, and creativity. Finally, as housework became “easy,” standards rose. At one time changing the bed might have amounted to putting the bottom sheet in the wash and the top sheet on the bottom,… show more.

As a researcher, I’m always looking out for fresh ways to approach familiar problems.

Three problems really bother me. One is the idea of reducing all the different types of media, and all the different ways families use media, to a simplistic formula – screen time. As if we could just measure screen time, reduce it by turning parents into screen time police, and thereby solve the problems of our digital age.

Another is the idea of seeing parents as having all the power and children as willful or ignorant or naughty and so needing to be controlled. As if families weren’t trying to be more democratic and as if parents had nothing to learn from their children. The third is the idea that families have got to work all this out on their own, as if digital innovators and the wider society weren’t in some ways part of the… show more.

This is a fascinating and insightful book about the next stage in the evolution of the Web. Whereas Web 1 was Read-Only, and Web 2 was Read-Write, which allowed for user content creation, Web 3 has the potential to become Read-Write-Own.

The author argues that we are at the beginning of a new era where blockchain can be used to give individuals more ownership and control over their information and allow them to trade their assets peer-to-peer, bypassing traditional intermediaries.

I loved this book because it makes a complex topic very accessible. I also liked the author’s optimistic take on Web 3’s potential for facilitating economic and cultural progress. 

A few weeks after completing my PhD at Cornell University, I walked into my first real job as a Member of Technical Staff at Bell Laboratories. I stayed there for 20 years. Gertner’s book describes that storied institution and how it provided the fertile ground for so many innovators to thrive, from the creators of the transistor to the discoverers of the Big Bang. 

My favorite chapter covered the development of mobile telephone networks. Yes, it is an interesting tale, but for me, the best part was that I knew and worked with several of the key players in that story during my career there.