Here are 100 books that The Mind Is Flat fans have personally recommended if you like
The Mind Is Flat.
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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.
Lisa Barrett is one of the most respected researchers in psychology today in part because she is unafraid to debunk the comforting misconceptions we have about our minds, and especially about our emotions. Seven and a Half Lessons About the Brain dispels myths about emotion, and about our reptilian brain, among others. One of the most important lessons in the book is that your brain is not for thinking—it is primarily for myriad other processes of maintaining internal organs, blood oxygenation, energy consumption level, balance, and for performing a host of other tasks. But for Barrett, it’s not just about debunking. She has a compelling vision of how the brain actually does work. Not only does she have deep expertise in human behavior, brain anatomy, evolution, and neurochemistry, her vision of how our minds work is also described in energetic prose.
'Highly accessible, content-rich and eminently readable . . . Fascinating and informative . . . popular science at its best.' - The Observer
'Subtly radical . . . It presents a revelatory model of consciousness that will be completely new to most readers' - The Guardian 'Best Reads For Summer'
Have you ever wondered why you have a brain? Let renowned neuroscientist Lisa Feldman Barrett, bestselling author of How Emotions Are Made, demystify that big grey blob between your ears . . .
In seven short chapters (plus a brief history of how brains evolved), this slim, entertaining, and accessible…
I am an author, science journalist, and storyteller. I worked for the PBS science series NOVA for many years, producing documentaries, podcasts, digital video series, and interactive games on everything from asteroids to human origins to art restoration. But I am particularly fascinated by strange brains, which is why I wrote my first book, The Memory Thief. I am currently at work on a second book about a different neurological disorder.
Neuroscientist György Buzsáki believes that focusing on human mental constructs (imagination, attention, instinct) gets in the way of seeing things from the brain’s perspective. Rather than being a blank slate waiting for experiences to etch new pictures onto it, the brain comes equipped with a huge reserve of built-in patterns, each one created by connected groups of neurons. In his view, memory formation is a game of matching those patterns with meaningful experiences so that your brain can better predict the future and the consequences of your actions. I walked away from this book with my brain very much changed.
Gyoergy Buzsaki's The Brain from Inside Out examines why the outside-in framework for understanding brain function have become stagnate and points to new directions for understanding neural function. Building upon the success of Rhythms of the Brain, Professor Buzsaki presents the brain as a foretelling device that interacts with its environment through action and the examination of action's consequence. Instead of a brain that represents the world, consider that it is initially filled with nonsense patterns, all of which are gibberish until grounded by action-based interactions. By matching these nonsense "words" to the outcomes of action, they acquire meaning.
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.
A popular myth that refuses to die is the idea that the left brain and right brain do quite different things. Chris McManus, a researcher of human perception, as well as a medical doctor, wrote the delightful book Right Hand, Left Hand in part to dispel these myths, but also to explore the wonderous world of laterality. From handedness, to how development builds a symmetrical organism, to asymmetries in subatomic particles, this exuberant book takes you on a grand tour of fascinating ideas and observations, told with the detail, color, and organization of a great symphony.
A labor of love and enthusiasm as well as deep scientific knowledge, Right Hand, Left Hand takes the reader on a trip through history, around the world, and into the cosmos, to explore the place of handedness in nature and culture. Chris McManus considers evidence from anthropology, particle physics, the history of medicine, and the notebooks of Leonardo to answer questions like: Why are most people right-handed? Are left-handed people cognitively different from right-handers? Why is the heart almost always on the left side of the body? Why does European writing go from left to right, while Arabic and Hebrew…
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.
No idea in psychology is more attractive than the notion that we have evolved to be super-amazing in terms of certain traits: our logic, mating strategies, food gathering techniques, emotional reactions, are all the best that they can be because evolution settles for nothing less. Daniel Milo, a philosopher of biology, shows instead that evolution almost always settles for “good enough” rather than what is optimal. From the size of our kidneys to our procreative abilities, what matters is what is workable, not what is best. This idea is widely supported, but still unorthodox in evolutionary psychology—and even in parts of evolutionary biology. Breaking out of rigid beliefs that the way things are is the best of all possible worlds is a liberating experience, and one well articulated by Milo.
In this spirited and irreverent critique of Darwin's long hold over our imagination, a distinguished philosopher of science makes the case that, in culture as well as nature, not only the fittest survive: the world is full of the "good enough" that persist too.
Why is the genome of a salamander forty times larger than that of a human? Why does the avocado tree produce a million flowers and only a hundred fruits? Why, in short, is there so much waste in nature? In this lively and wide-ranging meditation on the curious accidents and unexpected detours on the path of…
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.
The opening paragraph of this book is pure poetry in motion, putting me in a trance and craving to read the entire book.
You wouldn’t know this is a book about neuroscience when reading the opening lines in Chapter 1. Connectome is a thought-provoking exploration of the brain's neural connections and their potential to transform our understanding of ourselves and our place in the world.
Given that artificial intelligence is inspired by neuroscience it’s a great book to understand how the brain works.
Connectome, by Sebastian Seung is 'One of the most eagerly awaited scientific books of the year ... intellectually exhilarating, beautifully written, exquisitely precise yet still managing to be inspirational' Irish Times
What really makes us who we are? In this groundbreaking book, pioneering neuroscientist Sebastian Seung shows that our identity does not lie in our genes, but in the connections between our brain cells - our own particular wiring, or 'connectomes'.
Everything about us - emotions, thoughts, memories - is encoded in these tangled patterns of neural connections, and now Seung and a dedicated team are mapping them in order…
As a youth, I longed to understand life and its meaning and purpose, and I sought books that opened me up to a world that transcended the more rational, tangible aspects of my life. I also became fascinated with psychology in high school and knew that would be my life’s path. In college and beyond, I was drawn to meditation and mind-body practices that became transformative in my life. This journey continues to this day, calling me to bridge the scientific and psychological with the more contemplative and spiritual traditions to find and help others find healing and wholeness.
I found this book so compelling that I not only read it but found myself putting it into practice right away in my own life and with my patients. Jill Bolte Taylor’s story is quite remarkable in the way she describes witnessing her own massive stroke, its effect on her brain and body, and her eight-year journey of healing herself back to health and wellness.
What was most fascinating to me was her observation and description of the four quadrants of our brains and how each one has its own personality (the rational, logical self; the reactive, self-protective, emotional self; the playful, free-spirited and present-focused self; and the spiritual, expansive whole self that experiences oneness with all things).
The book has abundant opportunities to experience the workings and "personalities" that reside in your brain and psyche and learn how to help each part work together in harmony to live your…
Discover how to tap into the present moment, shift out of anxiety and gain a sense of deep inner peace by understanding the brain's two hemispheres.
At age 37, Harvard neuroanatomist Jill Bolte Taylor suffered a massive left-hemisphere stroke that took away her ability to speak, walk, read, write or remember any of her life - and gave her an unprecedented, profound experience of dwelling in the right hemisphere and the sense of oneness and peace to be found there. Her recovery led to her writing the New York Times bestseller My Stroke of Insight, being named one of Time…
Kevin Davis is the author of three non-fiction books about the criminal
justice system, The Wrong Man,Defending the Damned and The Brain Defense. Davis has also authored eight
nonfiction children’s books. He’s an award-winning journalist and magazine
writer based in Chicago.
This was a much-needed cautionary examination of the increasing hype
about neuroscience. Following a period in which neuroscience suddenly
became a pop culture phenomenon, Brainwashed aims to tamp things down. The book
takes issue with how mainstream media trumpeted studies that supposedly show
how the brain “lights up” when we kiss, listen to music or engage in other
activities. Satel and Lilienfied explain what brain scans and neuroscientific
reports really reveal and don’t reveal.
What can't neuroscience tell us about ourselves? Since fMRI,functional magnetic resonance imaging,was introduced in the early 1990s, brain scans have been used to help politicians understand and manipulate voters, determine guilt in court cases, and make sense of everything from musical aptitude to romantic love. But although brain scans and other neurotechnologies have provided ground-breaking insights into the workings of the human brain, the increasingly fashionable idea that they are the most important means of answering the enduring mysteries of psychology is misguided,and potentially dangerous.In Brainwashed , psychiatrist and AEI scholar Sally Satel and psychologist Scott O. Lilienfeld reveal how…
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.
Ramachandran is famous for studying some of the disorders that can be produced for the brain. One such is phantom limb pain. Some people who have had an arm amputated continue to feel that arm, and even to have pain in it. Ramachandran devised an ingenious experiment to try to abolish that feeling. This and other clever ideas are described in this book. Readers will quickly appreciate that science is like the humanities in requiring creativity.
Neuroscientist V.S. Ramachandran is internationally renowned for uncovering answers to the deep and quirky questions of human nature that few scientists have dared to address. His bold insights about the brain are matched only by the stunning simplicity of his experiments -- using such low-tech tools as cotton swabs, glasses of water and dime-store mirrors. In Phantoms in the Brain, Dr. Ramachandran recounts how his work with patients who have bizarre neurological disorders has shed new light on the deep architecture of the brain, and what these findings tell us about who we are, how we construct our body image,…
I’ve been passionate about science as a way of learning how nature works and approaching truth since I was a pre-teen. After five decades of basic research, teaching, and management in physics, I can distinguish good science from pseudoscience even beyond my own areas of expertise. I am greatly disturbed by attempts to undermine science in public policy-making when its findings conflict with ideology, religious beliefs, or business bottom lines. My passion project, via my blog debunkingdenial.com, is to explain to teachers and the public the underlying science and the flaws in science denial across a wide range of topics at the interface with public policy.
I love this book because it reveals that we are all creatures of neuronal habit, which brainwashers exploit to their own benefit. The neurons that trigger most frequently tend to dominate our thoughts. I see how the brain science revealed in Taylor’s book helps to account for our current Age of Misinformation.
With advertiser-click business models, social media allows would-be brainwashers to repeat and spread their messages beyond their former wildest imaginations. They need only plant a misinformation seed to see it spread virally by users whose neurons have been preconditioned to accept and like the message. I feel that social media regulations are needed to mitigate the creation of echo chambers in which brainwashed messages sow political polarization that threatens to make nations ungovernable.
Throughout history, humans have attempted to influence and control the thoughts of others. Since the word 'brainwashing' was coined in the aftermath of the Korean War, it has become part of the popular culture and been exploited to create sensational headlines. It has also been the subject of learned discussion from many disciplines: including history, sociology, psychology, and psychotherapy. But until now, a crucial part of the debate has been missing: that of any serious reference to the science of the human brain. Descriptions of how opinions can be changed, whether by persuasion, deceit, or force, have been almost entirely…
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.
The Tale of the Dueling Neurosurgeons is a fun, engaging, and well-written introduction to your brain and some of the most interesting characters in the history of neuroscience.
Sam Kean is an excellent science writer—the type who draws you in so much with his storytelling that you forget you’re actually learning something. By the end of this book, you’ll know more about how the brain works, but perhaps better yet you’ll have enjoyed an array of colorful historical tales that explain how our knowledge of the brain has advanced over the years.
For centuries, scientists had only one way to study the brain: wait for misfortune to strike - strokes, seizures, infections, lobotomies, horrendous accidents, phantom limbs, Siamese twins - and see how the victims changed afterwards. In many cases their survival was miraculous, and observers marvelled at the transformations that took place when different parts of the brain were destroyed. Parents suddenly couldn't recognise their children. Pillars of the community became pathological liars and paedophiles. Some people couldn't speak but could still sing. Others couldn't read but could write. The stories of these people laid the foundations of modern neuroscience and,…
