20 Best Neuroscience Books

In this collection of clinical tales, Sacks follows patients whose brains alter memory, recognition, movement, and identity. Strange symptoms become deeply human stories about how people rebuild a sense of self.

Norman Doidge explores neuroplasticity through stories of researchers and patients. He examines the brain's capacity to change in response to experience and activity, describing cases that challenge fixed views of neurological function and the possibilities of adaptation after injury.

Eric Kandel and fellow editors examine how genes, molecules, nerve cells, and neural circuits give rise to behavior. This neuroscience textbook connects cellular mechanisms and synaptic communication with larger questions about the brain, emphasizing the principles underlying nervous-system function.

Robert M. Sapolsky explores the forces behind human behavior, moving backward from an action's immediate causes toward development and evolutionary history. He brings together research across disciplines to examine cooperation, conflict, prejudice, and the origins of good and harmful conduct.

V. S. Ramachandran and Sandra Blakeslee explore unusual neurological cases to investigate how the brain creates perception and a sense of self. Patients' experiences and simple experiments illuminate questions about body image, consciousness, emotion, and decision-making.

David Eagleman explores mental processes operating outside conscious awareness. Examples involving perception, brain injury, relationships, and criminal responsibility examine the mind's competing impulses and raise questions about how much of behavior the conscious self controls.

Steven Pinker examines perception, reasoning, emotions, social behavior, and enjoyment of the arts through cognitive science and evolutionary biology. He argues that understanding the problems our ancestors faced helps explain the mind's abilities and peculiarities.

David Eagleman describes the brain as a system that continually adjusts to experience and changing inputs. Research and case examples explore sensory processing, learning, injury, and technologies that introduce new information through the body’s existing senses.

V. S. Ramachandran examines unusual neurological cases, including phantom limbs and patients who believe they are dead, to explore the human brain. He connects these investigations with questions about language, creativity, perception, and the development of consciousness.

Kahneman explores two modes of thought: quick, intuitive responses and slower, deliberate reasoning. Drawing on psychological research, he examines how biases and impressions shape decisions, and when intuition helps or misleads in personal and professional life.

Matthew Walker examines sleep and dreaming, presenting research on their relationship with learning, emotions, and physical health. He discusses changing sleep patterns, the effects of substances such as caffeine, and the consequences of insufficient sleep.

At a Bronx hospital, Sacks treats survivors of encephalitis lethargica who had lived for decades in frozen states. L-DOPA brings startling awakenings, followed by complicated questions about care, memory, and return.

Neuroanatomist Jill Bolte Taylor recounts the stroke she experienced in 1996 and her eight-year recovery. Combining personal observations with reflections on the brain, she describes losing familiar abilities, rebuilding her life, and finding new perspectives on awareness and well-being.

Norman Doidge investigates approaches to recovery that draw on the brain's capacity for change. Through patient and practitioner stories, he examines treatments involving light, sound, vibration, and movement, presenting accounts of neuroplasticity in relation to injury and illness.

LeDoux explores the brain mechanisms underlying emotion, especially fear, and their relationship with memory and conscious experience. Drawing on neuroscience research, he examines how emotional responses arise and why their underlying processes can differ from our awareness of them.

Anil Seth explores how conscious experience may arise from the brain’s activity in a living body. He develops an account of perception, selfhood, and awareness using experiments, neurological observations, and ideas about the brain’s predictions.

Mark Bear, Barry Connors, and Michael Paradiso introduce the biological organization of the nervous system. The textbook moves from neurons and signaling to sensory systems, movement, and behavior, combining explanations, illustrations, and learning features for introductory neuroscience study.

Robert M. Sapolsky explains how the body's stress response can become harmful when activated over long periods. He explores links between chronic stress and physical or psychological illness, combining scientific research with discussion of ways to manage stress.

Steven Pinker challenges the idea that the human mind has no innate characteristics. Drawing on scientific research, he examines how assumptions about human nature shape debates over politics, violence, parenting, morality, and the arts.

Guy Leschziner explores sleep through the stories of patients with conditions including insomnia, narcolepsy, night terrors, apnea, and sleepwalking. Their experiences introduce explanations of the neurological, biological, and psychological processes involved in sleeping and the disruptions that can occur.