82 books like The Invention of Tomorrow

I love the way this book brings perspective to modern issues by emphasizing the idea of “deep time” – that we are part of a long history that makes our current existence possible.

By thinking in this way, we also realize that our current predicament is one that we have the tools to address, and that by doing so, we would be honoring the miracles of nature that lie behind everything we are and do. Along the way, this book also helped me understand – and teach about – a variety of important geological processes.

Vincent is a social anthropologist who spent a number of years in Finland completing a truly fascinating piece of fieldwork: he studied the people involved in planning the spent nuclear waste depository at Onkala.

This is a huge undertaking and responsibility, requiring its architects to project their minds tens of thousands of years into the future. Through his fieldwork, Vincent drew out various broader lessons for how to think longer-term.

What’s striking about Onkala is that the people involved in the planning are simply normal Finnish people tasked with an extraordinary job. To me that shows that deep time can be accessible to everyone, and indeed this is a theme that Vincent explores himself: seeking out long-term time in everyday experience can be cathartic, he argues.

The concept of the ‘good ancestor,’ originally coined by physician Jonas Salk, is the focus of Roman Krznaric’s excellent book about our relationship with future generations.

I’ve known Roman for a few years now: he spoke about long-term time on a panel I organised at the Hay Festival a few years ago, and he makes an appearance in my own book on a trip we both made to the House of Lords to watch a debate about future generation policy.

He is a crystal clear thinker and communicator, and I’ve learnt a lot from him. One of the most interesting (of many) ideas in his book is the idea that we are “colonising” the future: treating it as some distant no-man’s land where we can dump environmental degradation, malignant heirlooms, carbon emissions, and so on.

Of course, the future belongs to the people living there: our grandchildren. Roman makes a… show more.

I recently travelled with David to make a BBC film about Hutton’s Unconformity, an important geological feature in Scotland that led to the ‘discovery’ of deep time.

But along the same coastline, we also came across a nuclear power station and a cement works - both creating unwanted legacies that will last long into the (fuel rods and carbon emissions, respectively.) These heirlooms are the focus of David’s book Footprints, in which he writes wonderfully about what we are leaving behind for future generations.

David teaches literature at Edinburgh University, so brings a literary perspective on time that I simply loved, and takes his reader all over the world in a quest to find “future fossils”.

Around the time my co-authors and I finished working on our book, I was browsing a favorite local bookstore and came across Ari Wallach’s little gem of a book, Longpath. While our book is all about the cognitive science of foresight, what I found in Wallach’s was a wealth of wisdom on why and how to use that foresight for good. It is a highly accessible and relatable book, as well as earnest and hopeful. Wallach points out that our current era presents an incredible opportunity to write a new future for our species. What should our telos be? While the book zooms out to the extremely big picture of the far future, Wallach ultimately finds the fulcrum of change in the small, controllable moments of our everyday lives where we have the greatest opportunity to adopt longer-term habits of thought and action.

What is our ‘sense of time’, and why does it vary so much depending on circumstances and our state of mind? Cognitive psychologist Marc Wittmann explores the relationship between consciousness and the sense of being an embodied agent persisting through time. Drawing on cognitive science and neuroscience, he investigates the many factors that affect our experience of time, such as occupation, impulsivity, and mindfulness.

When I moved to San Diego I began to get interested in time perception as well as the physics of time. My colleague Patrica Churchland kindly gave me this book to read. It’s a popular, accessible book on cognitive science and time perception. I couldn’t put it down. For sure it changed my academic path. I knew the mind plays all kinds of tricks on us, but the way it creates our inner sense of time experience still amazes me. 

This book changed the way I think about time. It helped me incorporate biological chronotypes into my time management methods. After reading it, I realized that when you go with your flow, you get so much more done.

I love that this book is a great mix of science, stats, and introspective questions. One of my favorite things included are the action items throughout, and the concept of a nappuccino!

Named one of Kirkus Reviews' Best Books of 2018, this indie novel proposes that a beer-guzzling car enthusiast can also be a philosopher about time and Einstein’s incorrect (!!!) theory of relativity. Main character Selraybob (also the author of this fictitious novel) is left astray by his wife. When she walks out the door, he notices two clocks that are off by seven minutes. He has an epiphany: time is simply a count! Beer is consumed, the nature of time is pondered, and a picaresque adventure begins, one that will have you laughing until the end.

Our best physical understanding of the universe has no place for the passage of time as a distinct dynamical process. What time it is ‘now’ is no more a fundamental aspect of the universe than what place is ‘here’. This strikes many as counter-intuitive or impossible. Philosopher Craig Callender takes the reader on a very thorough examination of modern physical theories of time in search of an explanation as to why the time of physics seems to diverge from the time of human experience. He argues that, due to the way the laws of physics are constituted, time is just the dimension that allows for the most informative explanations for physical phenomena.