New Books in Neuroscience

Chekhov liked to joke that he was a doctor by profession and merely did literary work in his spare time. Behind the joke lies an intriguing truth. We remember Chekhov as a towering literary figure, but medicine and humanitarian work occupied much of his life and profoundly shaped the way he encountered human suffering.Nowhere is this more striking than in his remarkable journey across Siberia to Sakhalin Island. Travelling through an immense and unforgiving landscape to investigate conditions in the penal colony, Chekhov undertook an expedition that he would remember as one of the defining experiences of his life. Written by a neuroscientist and practising clinician, Chekhov’s Sakhalin Journey: Doctor, Humanitarian, Writer (Bloomsbury, 2023) follows Chekhov along this extraordinary route, drawing on his own account to reveal the doctor, humanitarian and observer behind the celebrated author. The result is a richer portrait of Chekhov, one that asks us to see his medicine and literature not as competing lives, but as different expressions of the same searching attention to human experience and the determination to not ‘do nothing’ to improve human lives.Professor Jonathan Cole (MA, MSc, DM, FRCP, FTPS), is a British consultant clinical neurophysiologist, author, and researcher known for combining neuroscience with first-person patient narratives. He serves as a consultant at the University Hospital in Dorset, a visiting professor at Bournemouth University, and has served as the President of the International Federation of Clinical Neurophysiology. Inspired by his mentor and friend Oliver Sacks, Cole’s work heavily emphasizes the subjective, lived experience of individuals surviving rare or severe neurological conditions.Jonathan is one of those rare scientists who combines both the rigor of scientific investigations with literary endeavours and even theatre.  I will include both Jonathan’s personal website and his website for his collaborations in theatrical productions.Dr. Anya Daly is Senior Lecturer in Philosophy and Ethics in the School of Arts and Society, University of Tasmania. Interdisciplinary collaborations are at the core of Anya’s research interests. She investigates the intersections of phenomenology with philosophy of mind, the philosophy of perception, the philosophy of psychiatry, embodied and social cognition, enactivism, ethics, aesthetics and Buddhist Philosophy.  Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

Embodied Intelligence: Multidisciplinary Perspectives on Natural, Artificial, and Hybrid Systems (MIT Press, 2026) explores a radical transformation taking place in intelligence research. Rather than focusing exclusively on brains and computer code, the book examines the important role that embodiment plays in producing intelligent, goal-directed behavior.The book brings together experts from a range of disciplines to create conversations across fields that are often studied separately. Through these diverse perspectives, the contributors investigate how intelligence may develop and operate across different scales, physical forms and systems.The book moves beyond the traditional divide between biological and artificial intelligence. It considers how intelligent behavior can emerge in humans, other living organisms, technological systems and unexpected forms that may not fit conventional definitions of intelligence.By adopting a broader understanding of embodied intelligence, the contributors challenge long-held assumptions about what intelligence is, where it exists and how it manifests. This perspective could reshape how we understand ourselves, the technologies we create and the diverse forms of intelligent behavior found throughout the world. Key Ideas:Intelligence research is moving beyond its traditional focus on brains and computer code. Embodiment plays an important role in intelligence and goal-directed behavior. Intelligence can manifest across different scales, physical forms and biological or technological systems. Collaboration among philosophy, neuroscience, psychology, biology, robotics and artificial intelligence can lead to a more complete understanding of intelligence. Embodied intelligence challenges the traditional separation between biological and artificial systems. Intelligent behavior may emerge in forms and places that researchers have not traditionally recognized. A broader definition of intelligence could transform how we understand ourselves and design future technologies. Takeaway from the Conversation:One of the strongest ideas from the conversation is that intelligence may be far more diverse than we traditionally assume. It cannot always be understood by looking only at the brain or computer code. We must also consider the body, physical form, surrounding environment and the different ways a system pursues its goals.Macrine and Fugate’s insights invite us to move beyond the traditional divide between biological and artificial intelligence. Whether you explore selected chapters through the book’s open-access edition for educational or research purposes or purchase the complete volume, you’ll encounter perspectives from numerous disciplines that challenge familiar assumptions and expand our understanding of where intelligence can exist, how it can emerge, and what it means to be intelligent. About Podcast HostAngela Marie Hutchinson is the author of “Create Your Yes! When You Keep Hearing No,” named a Forbes No. 4 book to advance your career. She is a podcast host for New Books Network, where she leads conversations for the neuroscience and Christianity channels. Hutchinson is also a talent and intellectual property executive, former social media professor and BBC commentator. She resides in Los Angeles with her husband and three children. Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

Mark Solms, neuroscientist and pioneer of neuropsychoanalysis, blends Freud with modern brain science. He discusses how psychoanalytic ideas map onto memory, dreaming, repression, and the brain’s reward systems. He argues for integrating subjective feelings with neuroscience while defending psychoanalytic methods and addressing controversies around reductionism.

Today I’m speaking with neuroscientist Stave Ramirez about bullshit and memory. Steve is an associate professor at Boston University, where he runs a lab dedicated to uncovering the mysteries of memory. How memory works, and importantly, how it doesn’t, are crucial questions for understanding everything from the validity of eyewitness testimony to understanding how people overcome traumatic experiences. While the science on memory is far from settled, researchers like Steve are pushing the frontiers of the field forward to better understand how memories are created, stored, and altered. If we can better understand how memory works, we will be better able to understand ourselves. To help us avoid the pitfalls of the bullshit that surrounds the science of memory, I’m pleased to speak with Steve Ramirez. Caleb Zakarin is CEO and Publisher of the New Books Network.Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/neuroscience Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

Make Your Brain Work By Amy Brann Neuroscience expert, author, consultant and global speaker Make Your Brain Work: Perform at a Higher Level (Kogan Page, 2025) is a practical, science-backed guide to improving focus, performance and mental energy without burning out. Written for people balancing multiple responsibilities, the book explains how to stay productive, mentally sharp and in control, even when demands and pressure are high. The book also explores the neuroscience of smarter leadership, high-performing teams and innovation. Brann examines working memory, what the mind needs to achieve goals and how to help the brain perform at an optimal level. Drawing from current neuroscience, Amy Brann translates complex research about the brain into clear strategies readers can apply in everyday work and life. She explores why attention fades, distractions take over and decision-making becomes more difficult when the brain is tired or under stress. The book emphasizes that high performance is not simply about pushing harder. It is about understanding what the brain needs to function well and creating habits that support focus, creativity, resilience, clear thinking and sustainable success.  Key Ideas: The brain performs best when its limited attention and energy are managed intentionally. Understanding working memory can help us process information, solve problems and pursue goals more effectively. Mental rehearsal can activate neurons and strengthen neural circuits even when an action is only imagined. For example, imagining your finger contracting can prepare your brain and muscles to perform the movement more effectively. Neuroscience can help leaders make smarter decisions and create the conditions for high-performing teams. Brain-aware leadership can encourage collaboration, creativity, innovation and meaningful change. Mental fatigue can weaken focus, self-control and the quality of our decisions. Working with the brain, rather than continually forcing it beyond its limits, can support greater success while helping to prevent burnout. Key Takeaway from the Conversation: One of the strongest ideas from the conversation is recognizing that our brain can help us become smarter leaders, more creative thinkers and stronger performers. Brann’s insights about working memory and high-performing teams show that success is not only about effort. If you read the book, you’ll learn how to think clearly, innovate, collaborate and achieve meaningful goals. Brann does not focus only on managing fatigue or avoiding burnout. She also demonstrates how understanding the brain can help people lead more effectively, develop innovative ideas, make smarter choices and perform at a higher level.  About Podcast Host Angela Marie Hutchinson is the author of “Create Your Yes! When You Keep Hearing No,” named a Forbes No. 4 book to advance your career. She is a podcast host for New Books Network, where she leads conversations for the neuroscience and Christianity channels. Hutchinson is also a talent and intellectual property executive, former social media professor and BBC commentator. She resides in Los Angeles with her husband and three children.Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/neuroscience Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

In this episode of the Language on the Move Podcast, Ingrid Piller speaks with Frank Stahnisch, Professor of the History of Medicine and Health Care at the University of Calgary in Canada, about his new book Great Minds in Despair – The Forced Migration of German-Speaking Neuroscientists to North America, 1933 to 1989 (2025, McGill-Queen’s University Press). Great Minds in Despair examines the long-term effects of the forced migration of neuroscientists from the German lands in the 20th century on scientific and medical cultures in North America, and on the researchers themselves. The book traces the lives and careers of approximately 400 German-speaking doctors, scientists, and researchers over two generations. It is a fascinating read that anyone interested in migration, science history, Nazi Germany, transatlantic relations, Jewish Studies, and much more should read. Reference Stahnisch, F. W. (2025). Great Minds in Despair: The Forced Migration of German-Speaking Neuroscientists to North America, 1933 to 1989. McGill-Queen's University Press. For additional resources, show notes, and transcripts, go here.Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/neuroscience Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

Explores the profound power of music to influence brain function and well-being. IPA 2026 Distinguished Favorite in the Music Category Why does music influence how we feel so deeply--and what are the scientific mechanisms behind this phenomenon? In Music Between Your Ears: How Musical Engagement Powers the Human Brain (JHU Press, 2025) Dr. Samuel Markind explores the intriguing relationship between music and brain function. Using evolutionary theory, he illuminates the pivotal role that music plays in human survival and procreation. From communication and caregiving to social bonding and partner selection, music has molded the human species and continues to shape our lives in remarkable ways. This book combines insights from neuroscience and psychology with helpful drawings and vivid examples to present compelling evidence for music's life-enhancing potential. Dr. Markind highlights the brain's instinctive capacity for music: from newborns' natural affinity for rhythm and melody to the effect that music has on brain development throughout the lifespan. Music also helps people learn at any age and in any condition, so it can improve speech, movement, and memory in both healthy individuals and those suffering from illness or injury. Dr. Markind encourages readers to engage actively with music. Whether through singing, dancing, or instrument playing, the benefits of active participation are profound and accessible to everyone, regardless of musical background. This book, filled with straightforward and practical suggestions, is an inspiring guide for anyone seeking to enrich their life through music. Music Between Your Ears shows how the act of engaging with music can profoundly impact your mental, physical, and emotional well-being. And the benefits of music go far beyond entertainment--they're essential to the very fabric of what makes us human. Samuel Markind's website here.Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/neuroscience Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

Yosef Grodzinsky, an emeritus professor and pioneering neurolinguist, explores what makes language uniquely human. He connects Chomsky’s theories with brain science, aphasia, and the limits of AI. The conversation contrasts grammatical rules with statistical learning, examines why fluent LLMs may not truly understand language, and considers how linguists and engineers could build better, more efficient systems.

When it comes to consciousness, William James is well-known for his descriptions of it rather than his theory of it and its relation to the body. In Consciousness is Motor: William James on Mind and Action (Oxford UP, 2025), Alexander Klein elaborates James’ theory of the evolutionary function of consciousness and how conscious states are always linked to the body and always trigger bodily motion (from physiological changes to purposive behavior). Klein, who is Canada Research Chair and Professor of Philosophy at McMaster University, describes the vivisection experiments with headless frogs that led theorists to deny that consciousness was necessary for purposive action or to affirm that consciousness depended on the whole nervous system, not just the brain. James instead proposed an essential link between consciousness and purposive action in which the latter required an ability to entertain “absent” (future) sensations. Klein’s book situates James in relation to contemporary debates regarding the functional role of consciousness, the search for neural correlates of and behavioral markers of consciousness, and the embodiment of mind.Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/neuroscience Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

Masud Husain, Oxford professor of neurology and cognitive neuroscience, explores how brain disorders can reshape identity. Through unforgettable patient stories, he examines language loss, disinhibition, apathy, dementia, hallucinations, memory and free will. He also considers how interacting brain systems create the self, whether artificial intelligence could develop one, and why the boundary between neurology and mental health matters.