100 Books Like Connectome

I fell in love with technology when I wrote my first computer program at age 14 when there was no public Internet, no personal computers, no iPhone, no cloud. I have made technical contributions to every era of computing from mainframes, to PCs, Internet, Cloud, and now AI. I was recently elected to the National Academy of Engineering. AI currently surpasses my wildest imagination on the art of what’s possible. I'm still passionately working in technology at Google focused on how to live healthier lives. I believe we can make AI the telescope of the future, to helping everyone live long and healthy lives.

I fell in love with technology when I wrote my first computer program at age 14 when there was no public Internet, no personal computers, no iPhone, no cloud. I have made technical contributions to every era of computing from mainframes, to PCs, Internet, Cloud, and now AI. I was recently elected to the National Academy of Engineering. AI currently surpasses my wildest imagination on the art of what’s possible. I'm still passionately working in technology at Google focused on how to live healthier lives. I believe we can make AI the telescope of the future, to helping everyone live long and healthy lives.

I fell in love with technology when I wrote my first computer program at age 14 when there was no public Internet, no personal computers, no iPhone, no cloud. I have made technical contributions to every era of computing from mainframes, to PCs, Internet, Cloud, and now AI. I was recently elected to the National Academy of Engineering. AI currently surpasses my wildest imagination on the art of what’s possible. I'm still passionately working in technology at Google focused on how to live healthier lives. I believe we can make AI the telescope of the future, to helping everyone live long and healthy lives.

I fell in love with technology when I wrote my first computer program at age 14 when there was no public Internet, no personal computers, no iPhone, no cloud. I have made technical contributions to every era of computing from mainframes, to PCs, Internet, Cloud, and now AI. I was recently elected to the National Academy of Engineering. AI currently surpasses my wildest imagination on the art of what’s possible. I'm still passionately working in technology at Google focused on how to live healthier lives. I believe we can make AI the telescope of the future, to helping everyone live long and healthy lives.

I am trained in physics but moved over to psychology and neuroscience partway through graduate school at Cornell University because I became fascinated with the stupefying complexity of brains. I found that a lot of the main ideas and approaches in these fields seemed flawed and limited—things like defining something to study such as “emotion” or “perception” without specifying what measurable quantities are necessary and sufficient to understand those things. Luckily, I was (and continue to be) mentored by independent thinkers like neuroanatomist Barbara Finlay and computational neuroscientist David Field, who instilled in me their spirit of free and deeply informed inquiry. Today, more and more brain researchers are rethinking established ideas.

I was hooked on brain science from the moment in the 1980s when I saw the first blurry images that revealed the physical markers of thought. I set out to find out all I could about this astonishing new area of discovery, but there was practically nothing to be found – neuroscience as we know it barely existed. I pounced on every new finding that emerged and eventually wrote what was one of the first books, Mapping the Mind, that made brain science accessible to non-scientists. There are hundreds of them now, and these are some of the best.

I have wondered about what goes on in the brains of animals and people since I was a youth. My research career began by studying how some genes affect behavior. Little surprise, it turns out, that many such “behavioral” genes influence the way the brain is built. So, I began to study brain development using embryos from a variety of experimental laboratory animals and developed a university course on this topic. When I retired, I decided to share what I learned. The other books on this list are great examples of readable books that would likely be exciting to anyone else interested in the story of how the human brain is built.

I have worked on the brain in Oxford since 1970, and my job also required me to teach students, not just in lectures but also in tutorials. This taught me how to communicate clearly. In my own scientific work, I was amongst the first to use functional brain imaging to visualize the human brain at work. I have written seven books and edited an eighth. My particular specialisation is decision making and the brain areas (such as the prefrontal cortex) that support it. I have just published a monograph of nearly 500 pages on the prefrontal cortex, aimed at other scientists in the field. I am a Fellow of the Royal Society. 

I am a clinical psychologist who has specialised in neurodiversity and neurodivergence for the past twenty years. Human brains, emotions, and behaviour have always fascinated me, hence why I studied psychology. Neurodiversity was a natural field to enter for someone interested in both child development and neuroscience. I am also an avid reader and wax lyrical about the value of literature for understanding both one’s inner self and the world around us.

My fascination with the brain began when I was an undergraduate, and since has grown into an insatiable curiosity about all things neuroscience. Today my main job is teaching courses in the health sciences at The Pennsylvania State University, but I spend much of my free time trying to find ways to make neuroscience understandable to those who share my enthusiasm for learning about it. I mostly do this through my books and a series of short neuroscience videos on my YouTube channel: Neuroscientifically Challenged.