Books like Whalesong — picked by fans

This might seem like a strange book to include in a list that has a touch of magic, but in many ways this book sparked my first novel. I am a firm believer that women can (and should) do whatever they want. I also accept that there are differences between men and women based on things like brain structure and biology. These differences are not limitations, but rather things to celebrate. 

As I read, I began to ask questions. What if women have more access to their brain’s abilities than men? What if our connection with creative power were seen as more important than physical strength? My characters became my answers. That, in itself, is magic—because magic is simply answering the question “what if,” with “anything is possible.”

This book picks up brilliantly from where Zero to Birth leaves off. It’s the story of how the brain encodes the reality of the world outside the womb, how our experiences change the brain, and how we acquire knowledge, skills, and sociability.

I found this book to be extremely readable. It’s full of fascinating and illustrative examples of how the human brain continues to change to function effectively in the real world. 

I’d like to thank this humorist for making brain surgery fascinating and bizarrely funny.

I couldn’t put it down. I was fascinated with how incredibly dark and awful it was, and yet he made me laugh. 

Normally, I could never read intense, graphic, bloody descriptions of early, risky, experimental brain surgery in the 1930s, when it was a frighteningly new technology. However, the author under the knife was one of the most sarcastic humorists of his time, so the resulting memoir is riveting, thrilling, shocking, horrifying, compelling, and weirdly humorous all the way along. I discovered there are no nerves inside the brain, and you have to be awake during brain surgery.

This writer recorded every scrape, every sound, everything. It is totally horrific, completely amazing, and highly recommended. 

While not a book explicitly about creativity, it opened my eyes to how our brains work, how we can make them work better, and what we’re just going to have to live with. For instance, “multi-tasking” is really a myth—some brains just switch from one task to another faster and women are better at that than men, something rooted in our evolutionary development. And our brains are hardwired for movement, particularly walking. Developmental neurobiologist Medina offers plenty of food for creative brains.

Discussing the negative impacts of screen time (and its close cousin, sedentariness) can feel overwhelming. In contrast, discovering ways to make the brain stronger is empowering. In this startling book, Dr. Ratey explores exercise’s dramatic impact on the brain and shows how it can not only improve cognitive functioning but actually make the brain bigger and more connected. While as a psychiatrist I have long-prescribed exercise to improve depression, anxiety, and sleep, after reading Spark I had a newfound respect and awe for not just the power of exercise but for the plasticity of the brain itself. This book gives new hope to those who have or work with kids with neuropsychiatric conditions or who are struggling, stuck, or otherwise disadvantaged.

Did you know that it's ok to laugh when you are grieving? Did you know it's ok to cry when you are grieving? I didn't. I thought I had to be strong. I thought I had to behave properly and seriously or else people would assume I didn't really love the people I had lost. Guess what? That's complete nonsense.  With grief, your emotions are all over the place, often at the same time, and that's ok. It's Okay to Laugh: (Crying Is Cool Too) is an amazing book that really helps you recognize that your emotions are not mutually exclusive. In sharing (and laughing) about her own experiences, the author really helped me give myself permission to feel my feelings. To feel happy and sad, sometimes at the same time, and to know that whatever I feel in my grief, it's ok. This book often left me laughing out… show more.

“One of the most common mistakes that people make in relation to managing their emotional and mental health is waiting until there is a crisis before they act,” says Watson, a nutrition-trained chartered psychologist, in the introduction of her book and she’s absolutely right. Being observant and informed about what can impact our mental health can help us avoid a crisis like burnout. This really comprehensive and accessible book is also excellent at explaining how the brain works and what it needs, from nutrition to exercise and sleep, and how we can make the improvements necessary to take better care of ourselves and avoid or manage a crisis like burnout that, in turn, can contribute to other problems.

This book does a great job of describing what is possible and what is not when it comes to neuroscience. Poldrack, a professor of psychology at Stanford, makes sure we don’t lose the forest for the trees, boiling down the basics of functional magnetic resonance imaging (fMRI) in a way that anyone can understand. He is particularly strong on describing about how this technology might be used outside of university laboratories, discussing potential applications in law, advertising, and treatment of mental illness.

This book is filled with great ideas about how to avoid distraction, how to avoid doing too much so our cognitive abilities are at a maximum, how to use mindfulness to more easily tap into your emotional states, and how to set goals that are more likely to be accomplished. There are so many useful tidbits in this book. I highly recommend it to anyone who wants to be more productive and efficient.

This book is a joyous exploration of the mind and its thrilling complexities. It will excite anyone interested in cutting-edge science and technology and the vast philosophical, personal, and ethical implications of finally quantifying what consciousness is. How does our brain generate conscious thoughts? And why does so much of our knowledge remain unconscious? Thanks to clever psychological and brain-imaging experiments, scientists are closer to cracking this mystery than ever before.