100 books like The Experience Machine

A comprehensive account by a pioneer of the discipline.

This book provides an overview of the relatively new discipline (in 1975) of “cognitive science,” so much so that I wondered whether I should have switched over from philosophy (I did not). It displays the breadth and depth of the discipline, which convinced me that one could no more be an expert in cognitive science in general than an expert in physics in general, biology in general, or philosophy in general.

This book is certainly a must-read for anyone interested either in the discipline itself or even in a corner of it, such as human brain laterality. (Be sure to see “hemispheres” in the index of this book.)

This book provides the reader with a foundation as to how we think through our bodily experience in the world. It argues that we think through the body and through experience and that bodily engagement with the world (organism-environment interaction) is used to develop more abstract modes of thought.

I find this key to understanding design generally.

Professor Elizabeth Loftus essentially launched the modern field of eyewitness studies with her experiments on the dynamics of human memory in the eyewitness context, and this book discusses her most important experiments, major studies which reinvigorated this important field.

She demonstrated that memory can be reconfigured in the presence of post-event information, to the degree that a given eyewitness memory may bear no resemblance to the actual events supposedly being remembered.

This is among the most important books in forensic cognitive science, the psychological basis of law enforcement, and the criminal justice system.

Loftus began the studies which culminated in my own book. Her work focused on eyewitness memory, but has implications far beyond that realm in more modern research.

The dynamics she identified operate in realms as disparate as officer-involved shootings, training for the detection of terrorist bombs, and even beliefs in paranormal phenomena and "sightings" of such… show more.

On the last page of The Continuity of Mind, I playfully hinted at a sequel (probably written by someone else) that would continue the paradigm’s push not just away from a “computer metaphor for the mind” but even beyond a brain-based approach to cognition. A couple of years later, Tony Chemero published Radical Embodied Cognitive Science, which (to me) felt like that sequel. 

In Radical Embodied Cognitive Science, Chemero draws on philosophy, then on cognitive psychology, then on dynamical systems theory, then on ecological psychology, and finally back to philosophy to tell the story of a progressive interdisciplinary approach to understanding sensorimotor processing and human experience as belonging to the natural order – rather than being some unique phenomenon that has no overlap with the rest of the natural world. After setting the stage with a treatment of the philosophical background and defining what the theoretical stakes… show more.

Where Andy Clark leaves off, claiming that cognition is extended into the environment via the tools that we use, Kirchhoff and Kiverstein take up claiming that consciousness itself may also be extended into the environment under certain circumstances. Consider that moment when you and someone close to you are both trying to remember the name of some actor from a movie. You both feel like the name is on the tip of your tongues but can’t quite come to a realization. You manage to blurt out the first name but nothing else and then your partner blurts out the last name. As per Andy Clark, this is clearly a case of extended cognition between two people. But is it perhaps also a case of a momentary shared consciousness? 

Kirchhoff and Kiverstein first provide a scholarly analytical philosophical treatment of recent iterations of the extended cognition hypothesis primarily to draw the… show more.

When I was a musician encountering theory in cognitive science for the first time, this book really moved me. I was searching for conceptual lenses on cognition in instrumental practice and this book is aimed at grounding the study of cognition in the body. I can still see myself sitting at a huge ugly desk under a tiny window thoroughly absorbed in this thrilling page-turner in the philosophy of mind. The book moved me so profoundly that I cried when I approached the last page, and gently closed the back cover. It is a precious book. It changed my world. 

We know from the work of Bartlett and Loftus that memory is malleable, changing in the directions of gist, brevity, and personal belief. 

This book provides a more modern academic view of these phenomena, demonstrating why eyewitness memory, and other aspects of memory such as those involved in combat situations and officer-involved shootings, may be entirely inaccurate without any ill will or prevarication on the part of the given witness.

Not an easy read, but an important one for those who wish to have a full understanding of memory in the criminal justice system.

Stanovich takes his title from the very last sentence in Richard Dawkin’s book The Selfish Gene, “We, alone on earth, can rebel against the tyranny of the selfish replicators.” In his book, Stanovich shows how human beings are able to rebel against those selfish replicators – our genes. It involves exercising, in Kahneman’s terminology, our ‘system two’ and exercising tenacity and self-discipline in bringing to bear logic and rationality in our decisions. This book is not an easy read, but it is a fascinating account of why human thinking is different and of what such differences might in principle enable us to do. 

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. 

This book profoundly influenced my thinking process, combining the worlds of mathematics, art, and music. I was captivated by how the book explores the deep connections between Gödel’s incompleteness theorems, Escher’s art, and Bach’s art of counterpoint.

The book’s puzzles and thought experiments pushed me to think more abstractly and critically. Despite being dense, I found it incredibly rewarding and eye-opening. I recommend this book to anyone interested in logic, creativity, and the nature of human thought. It’s a masterpiece!