Fans pick 100 books like Lambda

This book resonated with me on so many levels. I first read it in 2015 while working at a tech company, and the novel gave me the language to express the unease I felt about Big Tech’s relentless push for “transparency” and “sharing,” often at the expense of privacy. In many ways, the book is an argument about trade-offs—the perks of working for a Google-like company versus the torture of being overly connected.

Eggers also offers one of the most accurate portrayals of life as a Silicon Valley tech worker. The overwhelming barrage of pings and constant demands for feedback felt all too familiar. Ultimately, it is both a compelling dystopian thriller and a thought-provoking critique of the tech-driven world we inhabit, raising critical questions about privacy and the cost of innovation.

For my final choice, I recommend a work of fiction that made me think deeply about the future of money, markets, institutions, and society. I started reading Ari Juels’ book out of polite interest since I met him, and I can personally testify to his smartness and niceness.

Once I started reading it, however, I couldn’t put it down! It’s a very well-crafted story that draws the reader into the world of blockchains and digital assets with, I thought, very human and believable characters. I can tell you firsthand that trying to write a novel about the future of money is incredibly difficult—I’ve tried! I take my hat off to him for this excellent work, which I hope will cause more people to take the future of money and all it implies more seriously. 

Kara Swisher has spent decades writing about and reporting on the tech kings of the world, including Elon Musk, Bill Gates, and others. Her insights into the rise of tech giants from the early 1990s to the present illuminate the forces that have shaped our world

I loved Swisher’s insight into these powerful men. She’s blunt, funny, and direct in how she exposes their flaws, and the book feels like it’s written by someone who understands and is fed up with these white, controlling male demigods of tech. I imagine the book’s title refers to how she’s burning all bridges by telling all.

As a journalist who was raised pre-internet, I could deeply relate to Swisher’s outrage in lines such as “What struck me was how easily people could be manipulated by fear and rage, and how facts could be destroyed without repercussions.”

Lee covers and connects two of my favorite topics, creativity, and technology. From the facts and truths of technology to the role models play in creativity (looking at how early philosophers suggested modeling thought), he argues that computers are not universal machines and that their power comes from their partnership with humans.

This book surprised me. I was skeptical that Mary Sherman Morgan was the first female rocket scientist—surely I would have heard of her before now! But that’s the problem with pioneering women: most of them remain unknown, their contributions overshadowed by the men they worked for.

Thankfully, her son’s curiosity about his mother’s past uncovered an almost mythical story of a woman fleeing abject poverty and cruelty, giving her baby up for adoption for an inability to take care of it, and yet overcoming discrimination to apply her mathematical genius to formulate the rocket fuel that led directly to the first successful launch of America’s first satellite, Explorer 1.

Like so much else Mumford wrote, this book is a volcano of provocative ideas that I found revelatory when I first read it and still do. Published in 1970, it summarizes much of Mumford’s thinking about the largely invisible and growing power structure he calls the Megamachine that threatens humanity and life on planet Earth.

His earlier writing, including The City in History (1961) and his essay The Natural History of Urbanization (1956), was formative for my own thinking about urban parasitism and aggression. Although a lover of cities, as am I, Mumford was well aware of the consequences of their depredations. 

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. 

But can you fight the future? Isn’t it inevitable? This is often how tech companies try to make us think, and that anyone who opposes “progress” is a Luddite. But, as Patrick Sale makes clear in this excellent and heartbreaking historical study, the original Luddites—a protest movement that swept the industrial heartland of 19th Century England—were not anti-technology; they merely thought technology should serve people, not profit. Faced with the destruction of their livelihoods and their traditional way of life, they destroyed machines and burnt factories because that was the only outlet they had for their rage and desperation. And when the “inevitable march of progress” comes to trample you too, you may see that they had a point.

I'm fascinated by the connection between our modern world and how we got here, and this book takes a deep dive into just that. Johnson looks at the most common objects we often accept as if they've been a part of life forever (such as eyeglass lenses), and traces not only how they were created, their impact on our lives.

I find Johnson's writing incredibly informative without being pedantic and always entertaining. He's got an eye for unintended consequences and pays homage to the spirited determination innovators tend to have. As an inventor I note his appreciation for those brilliant mistakes that turn into brilliant technologies, a great lesson in the value of taking chances.

I loved this book because it is written by one of the foremost experts in AI, so I know I can trust the accuracy of the book’s technical aspects. Although written for a general audience so anyone can read it, the book nevertheless has a great deal of useful insights for engineers working in technology.

It clearly covers the critically important ramifications of today’s extremely rapid technical advancements being made, including safety and the alignment of an Artificial General Intelligence’s goals with those of humanity. It also comes with a clear set of definitions.