Neurosciences Books

Book SynopsisLearning and Behavior reviews how people and animals learn and how their behaviors are changed because of learning. It describes the most important principles, theories, controversies, and experiments that pertain to learning and behavior that are applicable to diverse species and different learning situations. Both classic studies and recent trends and developments are explored, providing a comprehensive survey of the field. Although the behavioral approach is emphasized, many cognitive theories are covered as well, along with a chapter on comparative cognition. Real-world examples and analogies make the concepts and theories more concrete and relevant to students. In addition, most chapters provide examples of how the principles covered have been employed in applied and clinical behavior analysis. The text proceeds from the simple to the complex. The initial chapters introduce the behavioral, cognitive, and neurophysiological approaches to learning. Later chapters give extensive coveTable of Contents1. History, Background, and Basic Concepts 2. Innate Behavior Patterns and Habituation 3. Basic Principles of Classical Conditioning 4. Theories and Research on Classical Conditioning 5. Basic Principles of Operant Conditioning 6. Reinforcement Schedules: Experimental Analyses and Applications 7. Avoidance and Punishment 8. Theories and Research on Operant Conditioning 9. Stimulus Control and Concept Learning 10. Comparative Cognition 11. Observational Learning and Motor Skills 12. Choice

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Book SynopsisBring your learning to life through the mindful art of colouring. Offering an alternative style of learning, this insightful book combines easy-to-follow explanations of brain anatomy and functions with detailed, labelled diagrams to colour in. While colouring, you can sit back, relax, and listen to the accompanying online audio podcast, which clearly explains each topic. The unique interactive book covers a comprehensive list of brain anatomy, including how our brains grow, brain cells and how they communicate, important functions of the brain, brain disorders and reactions, and how our brains are protected. Using a conversational tone throughout, each chapter engages the reader with succinct descriptions of each topic, allowing them to easily digest and process the information, as they colour in the accompanying diagram. The book then concludes with a chapter on mindfulness and what benefits it can have for your brain and learning.Designed to simpl

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Book SynopsisDrawing on range of text genres including novels, poems, health forums, holiday guestbooks, prayers, political songs and news stories, each chapter uses cognitive linguistics to shed light on the meanings and meaning-making processes invoked when we encounter texts belonging to different literary and political genres.

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Book Synopsis'Charming and addictively accessible' STEVEN PINKER 'Original, authoritative and beautiful' BRIAN COX 'The most wonderful adventure' ROBIN INCE A brilliantly illustrated journey through the wonders and mysteries of the human brain – from a renowned husband-and-wife team of cognitive neuroscientists. Professors and husband-and-wife team Uta and Chris Frith have pioneered major studies of brain disorders throughout their nearly fifty-year career. In Two Heads, their distinguished careers serve as a prism through which they share the compelling story of the birth of neuroscience and their paradigm-shifting discoveries across areas as wide-ranging as autism and schizophrenia research, and new frontiers of social cognition including diversity, prejudice, confidence, collaboration and empathy. Working with their son Alex Frith and artist Daniel Locke, they examine the way that neuroscientific research is now focused on the fact we are a social species, whose brains have evolved to work cooperatively. What happens when people gather in groups? How do people behave when they’re in pairs – either pitted against each other or working together? Is it better to surround yourself with people who are similar to yourself, or different? And, are two heads really better than one? Highly original and ingeniously illustrated, Two Heads provides an expansive understanding of how our brains work, and how they work together.Trade ReviewJoyful and fabulously original . . . Have I ever read anything like it before? No, I’m certain that I haven’t. Each page is a visual delight . . . It’s extremely easy to read and often very funny. And yet you finish it with your mind blown. Simply by virtue of the fact that it makes some pretty cutting-edge brain science seem almost straightforward, it subtly expands the world of the reader * Observer *Neither simplifies nor trivialises the way the human brain works . . . An enlightening, inspirational scientific voyage that highlights the importance of collaboration * Kirkus *[A] comprehensive graphic guide to the workings of the brain . . . Chock-full of science facts . . . The work overall has the feel of being invited to dinner with a friend’s eccentric genius parents * Publisher's Weekly *A marriage of neuroscience and art which delivers deep insight into the workings of our brains and how we live together as human beings. Original, authoritative and beautiful -- Brian CoxA charming and addictively accessible introduction to neuroscience, featuring a pair of pioneers who have illuminated some of its deepest implications for thought, emotion and psychopathology -- Steven Pinker, Johnstone Professor of Psychology, Harvard University, and the author of HOW THE MIND WORKS and RATIONALITYYou could not ask for two more inspiring tour guides to take you on a tour of your brain. This is a brilliant introduction to the mysteries of why we are and how we are. It is fascinating and at times disturbing, but it is also the most wonderful adventure -- Robin InceA fantastically fun way to learn about the brain, the mind and the lives of two of the world's most brilliant scientists -- Sarah-Jayne Blakemore, Professor of Psychology at the University of Cambridge and author of INVENTING OURSELVESI have never seen anything like this. It is an engaging story of the careers – and the love affair – of two of the world’s leading cognitive neuroscientists. It is a witty and accessible introduction to the brain and how it works. It is a cutting-edge exploration of issues such as schizophrenia, autism, prejudice, and empathy. Oh, and it’s also an absolutely beautiful graphic novel. Two Heads is a triumph and a delight -- Paul Bloom, Professor of Psychology at University of Toronto and author of THE SWEET SPOTBeguiling, cheeky and endlessly thought-provoking . . . This book will change the ways you think about the ways you think -- Steve Silberman, author of NEUROTRIBESTwo Heads breaks the mold. It's a fabulous book about the lives and work of a cognitive neuroscience power couple who have illuminated what has come to be called the 'social brain' . . . Read it if you are interested in the topic, or if you simply want to have a very enjoyable experience -- Joseph LeDoux, Professor of Neural Science at New York University and author of THE DEEP HISTORY OF OURSELVESTell[s] the story of their love affair with neuroscience – and with each other * i *

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Book SynopsisIn the follow-up to the international bestseller You Are Not So Smart, McRaney helps us to overcome our quirks and think more effectively. Informed by the latest studies in psychology, You Can Beat Your Brain is a pocket-sized primer packed with wry humour and astonishing facts. You’ll discover why tall people earn more money, why a rickety bridge is a good place for a first date, and how to avoid irrational beliefs and self-delusion.Trade Review"Utterly absorbing and entertaining… McRaney’s follow-up to his best-selling You Are Not So Smart is just as provocative and punctures self-delusion with equal force." * Daily Mail *

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Book SynopsisBarbie or Lego? Reading maps or reading emotions? Do you have a female brain or a male brain? Or is that the wrong question? On a daily basis we face deeply ingrained beliefs that our sex determines our skills and preferences, from toys and colours to career choice and salaries. But what does this mean for our thoughts, decisions and behaviour? Using the latest cutting-edge neuroscience, Gina Rippon unpacks the stereotypes that bombard us from our earliest moments and shows how these messages mould our ideas of ourselves and even shape our brains. Rigorous, timely and liberating, The Gendered Brain has huge repercussions for women and men, for parents and children, and for how we identify ourselves.‘Highly accessible… Revolutionary to a glorious degree’ ObserverTrade ReviewA highly accessible book. It’s also an important one… it has the power to do vastly more for gender equality than any number of feminist “manifestos”… revolutionary to a gloriuos degree ... supremely clear-eyed … thought-provoking -- Rachel Cooke * Observer *A treasure trove of information and good humour, The Gendered Brain offers thought-provoking perspectives on the latest debates about sex, gender and the brain. -- Cordelia Fine, author of TESTOSTERONE REXEssential reading -- Katy Guest * Guardian *A smart and witty addition to the literature on sex differences. Gina Rippon is one of the most outspoken scientists in this area, and she debunks a whole host of sexist stereotypes in her new book. -- Angela Saini, author of INFERIOR[An] excellent…book… it will reward those willing to put in the effort… [and] put weapons in the arsenal of those trying to tackle sexism -- Rosamund Urwin * Sunday Times *A brilliant and thorough debunking of the popular myths around sex differences in brains and behaviour. -- Dr Emily Grossman, broadcasterA fresh and much-needed perspective on the gender debate -- Dr Anne-Marie Imafidon, founder of STEMETTESThe history of sex-difference research is rife with innumeracy [and] misinterpretation… Rippon, a leading voice against the bad neuroscience of sex difference, uncovers so many examples in this ambitious book that she uses a whack-a-mole metaphor to evoke the eternal cycle… a juicy history… [and] the book accomplishes its goal of debunking the concept of a gendered brain -- Lise Eliot * Nature *Rippon…takes a scalpel to the research surrounding sex differences in the brain with precision and humour, exposing everything… [The] examples are what makes The Gendered Brain so enjoyable… [and] enlightening -- Sue Nelson * Financial Times *Rippon… [writes] in a cheerful, no-nonsense style, she draws on a dizzying array of studies to conclude, rather thrillingly, that the premise underpinning over 150 years of scientific endeavour is plan wrong… a convincing case -- Charlie McCann * Tablet *The Gendered Brain expertly and meticulously argues that essential sex differences are grossly overstated * Institution of Engineering and Technology *

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Book SynopsisIn Mind Change, Susan Greenfield discusses the all-pervading technologies that now surround us, and from which we derive instant information, connected identity, diminished privacy and exceptionally vivid here-and-now experiences. In her view they are creating a new environment, with vast implications, because our minds are physically adapting: being rewired. What could this mean, and how can we harness, rather than be harnessed by, our new technological milieu to create better alternatives and more meaningful lives? Using the very latest research, Mind Change is intended to incite debate as well as yield the way forward. There is no better person to explain the situation in a way we can understand, and to offer new insights on how to improve our mental capacities and well being.Trade ReviewGreenfield asks key questions…important…should be read by technologists in particular * Nature *Greenfield is not just an engaging communicator but a thoughtful, responsible scientist, and the arguments she makes are well supported and persuasive * Mail on Sunday *Greenfield’s admirable goal to provide an empirical basis for discussion is…an important one * Financial Times *Fascinating...highly accessible...Greenfield is a lucid and thorough communicator * Independent on Sunday *Greenfield has a point, however unfashionable it may be...an interesting polemic and a starting point for further debate -- Frank Dillon * Irish Times *

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Book SynopsisDeception, also known as "lying", is a pervasive and fundamental social behavior in which a person attempts to persuade another to accept as true what the deceiver believes to be untrue. Because of its essential role in our social life, it is important for social neuroscience to reveal the inner workings of deception. This special issue provides a representative sample of new empirical research on the cognitive and neural processes associated with producing deceptive responses. Eight contributions report studies employing a variety of paradigms and techniques (behavioral, functional magnetic resonance imaging, event-related potentials, and transcranial magnetic stimulation) that address several theoretical and methodological issues for deception research. Numerous questions are raised by these studies. First, is deception a unitary phenomenon, and are all lies the same? If there are different types of lies and there are individual differences in deception, can lies be detected reliably in single individuals? Second, are deception processes special in any way or do they depend only on a set of general-purpose cognitive and neural processes? Third, is it valid to study deception in the laboratory, and to what extent can laboratory studies be designed to resemble real-life deception situations? Fourth, are different cognitive and neural measures associated with deception affected equally by different factors? Can we devise reliable methods to detect deception by exploiting this knowledge? These questions provide important directions for future research. Establishing the brain correlates of deception behaviour will be challenging, but already we have made great strides.Table of ContentsG. Ganis, J.P. Keenan, The Cognitive Neuroscience of Deception. J.B. Allen, R. Mertens, Limitations to the Detection of Deception: True and False Recollections are Poorly Distinguished Using an Event-related Potential Procedure. M.A. Lui, J.P. Rosenfeld, A.H. Ryan, Thirty-Site P300 Scalp Distribution, Amplitude Variance Across Sites, and Amplitude in Detection of Deceptive Concealment of Multiple Guilty Items. F.A. Kozel, K.A. Johnson, S.J. Laken, E.L. Grenesko, J.A. Smith, J. Walker, M.S. George, Can Simultaneously Acquired Electrodermal Activity Improve Accuracy of fMRI Detection of Deception? J.G. Hakun, K. Ruparel, D. Seelig, E. Busch, J.W. Loughead, R.C. Gur, D.D. Langleben, Resume Query Test: Towards Clinical Trials of Lie Detection with fMRI. G. Monteleone, K.L. Phan, H. Nusbaum, D. Fitzgerald, J. Stockton Irick, S. Fienberg, J. Cacioppo, Detection of Deception Using Functional Magnetic Resonance Imaging: Well Above Chance, Though Well Below Perfection. G. Ganis, R.R. Morris, S.M. Kosslyn, Neural Processes Underlying Self- and Other-related Lies: An Individual Difference Approach using fMRI. C.J. Morgan, J.B. LeSage, S.M. Kosslyn, Types of Deception Revealed by Individual Differences in Cognitive Abilities. K.J. Kelly, E. Murray, V. Barrios, J. Gorman, G. Ganis, J.P. Keenan, The Effect of Deception on Motor Cortex Excitability.

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Book SynopsisSince the publication of the first edition in 1966, Eye and Brain has established itself worldwide as an essential introduction to the basic phenomena of visual perception. Richard Gregory offers clear explanations of how we see brightness, movement, color, and objects, and he explores the phenomena of visual illusions to establish principles aboutTrade Review"[A] hugely influential book... It stands as the essential guide to Gregory's framework for perception, but also to a whole range of visual demonstrations, illusions, and puzzles that will have you captivated long after you have finished."--Iain D. Gilchrist, Perception "An excellent introduction to the psychology of vision. It presents what we know, what we don't know, and what we think. Gregory accomplishes this in an astonishingly succinct and successful book."--Steven M. Kastenbaum, Science Books & FilmsTable of ContentsPretext 1 Visions of vision 1 2 Light 14 3 Eye 24 4 Brain 67 5 Seeing brightness 84 6 Seeing movement 98 7 Seeing colours 121 8 Learning how to see 136 9 Realities of art 170 10 Illusions 194 11 Speculations 244 Bibliography and notes 256 Index 269

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Book SynopsisDELVE INTO THE SCIENCE BEHIND YOUR PRACTICE WITH THIS ESSENTIAL AND PRACTICAL GUIDE TO MEDITATION ''This is a book that really can change your life'' Arianna Huffington, author of the New York Times bestseller The Sleep RevolutionMeditation is fascinating, but often it feels elusive. How can simple exercises change your mental state? How can focussing your breathing lead to changes in your personality? For the first time, Harvard collaborators Daniel Goleman and Richard Davidson share the science behind the practice. Drawing on cutting edge research and sweeping away common misconceptions, they show how to improve your technique, how smart practice can cultivate selflessness, equanimity, love and compassion, and even redesign our neural circuitry.Whether you''re a beginner or have meditated for years, bring mindfulness and meditation into your life with an essential read for the world we live in now. ''A happy synthesis of the authors'' remarkable careers.'' Jon Kabat-Zinn, author of Full Catastrophe Living and Mindfulness for BeginnersTrade ReviewThis is a book that really can change your life. Daniel Goleman and Richard Davidson not only show the power of meditation, but also the smartest way to practice for the maximum possible benefit. The Science of Meditation is your roadmap to a more mindful, compassionate, fulfilling life - who doesn't want that? -- Arianna Huffington, author of the ‘New York Times’ best seller ‘The Sleep Revolution’A happy synthesis of the authors' remarkable careers, which grew from the intuition they shared as students that there was something deep and transformative about meditation, The Science of Meditation tells the story of what has been discovered since and why it matters critically at this moment on the planet -- Jon Kabat-Zinn, author of 'Full Catastrophe Living' and 'Mindfulness for Beginners'The definitive book on the science of meditation. Rigorously researched and deeply illuminating, The Science of Meditation is a must-read for anyone interested in the hidden potential of the human mind -- Daniel Gilbert, PhD, author of the New York Times bestseller 'Stumbling on Happiness'This exquisite duet between a down-to-earth science writer and path-breaking neuroscientist is a tour-de-force, revealing how training the mind can transform the brain and our sense of self, inspiring us to create a greater sense of well-being, meaning, and connection in our world. Bravo! -- Daniel J. Siegel, M.D., author of the ‘New York Times’ best sellers, ‘Mind’ and ‘Brainstorm’Here is a message that is both powerful and joyful. Daniel Goleman and Richard Davidson reveal groundbreaking science showing how mindfulness and compassion practices can help each of us individually and thus the entire planet. One of the most exciting books I have read! -- Chade-Meng Tan, author of the 'New York Times' bestsellers, 'Joy on Demand' and 'Search Inside Yourself'In this engaging and well-researched book, Goleman and Davidson help us sort out the many claims now being made about the benefits of meditation. Drawing on their own long personal meditative experience and the ever increasing number of scientific studies, The Science of Meditation breaks new ground in illuminating the power of meditation to transform our lives -- Joseph Goldstein, author of 'Mindfulness: A Practical Guide to Awakening'A remarkable collaboration between two brilliant and courageous pioneers, The Science of Meditation shares the scientific basis and practical realities of the remarkable impact meditation has on altering the mind. As I have personally experienced, regular meditation practice brings compassion, calm, and clarity for all of us, from beginners to experienced practitioners -- Bill George, Senior Fellow, Harvard Business School; former Chair & CEO, Medtronic; and author of 'Discover Your True North'Impressive in its scope and depth, staggering in its implications -- Jon Kabat-Zinn, PhD on 'Emotional Intelligence'Don't miss this smart and lively book by the world's foremost expert on emotion and the brain -- Daniel Gilbert, PhD on 'The Emotional Life of Your Brain'Goleman uses the emerging science of neuro-sociology to show how priming our brains for meaningful connectivity with others can make the world a better place . . . Fascinating * Sunday Telegraph on 'Social Intelligence' *Sure to provoke oodles of debate about declining attention spans in the young * Bookseller on 'Focus' *

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Book SynopsisTrade Review"A strong, resilient mind is the cornerstone of a healthy and happy life. In Head Strong, Dave Asprey explains how to ditch the 'brain kryptonite' that impedes our cognitive health so that we can all perform optimally-now and in the future." -- Michele Promaulayko, Editor-in-Chief, Cosmopolitan, author of 20 Pounds Younger and Look Better Naked "Head Strong is a powerfully important book. Dave Asprey knows what it is like to suffer, but also how to take thoughtful action to heal and protect the most important part of humans: our brains. I highly recommend it." -- Daniel Amen, MD Founder, Amen Clinics and author of Change Your Brain, Change Your Life and co-author of The Brain Warrior's Way Daniel Amen, MD Founder, Amen Clinics and author of Change Your Brain, Change Your Life and co-author of The Brain Warrior' "Dave Asprey has masterfully utilized leading edge neuroscience as well as his extensive personal experience to create a user-friendly guide that will clearly fulfill its promise to protect, restore, and enhance brain function. Head Strong is a tour de force." -- David Perlmutter, MD, FACN, ABIHM, author of #1 New York Times bestseller, Grain Brain, and The Grain Brain Whole Life Plan "The small choices we make every day have a major impact on our mental performance. Head Strong offers a program that shows readers how to enjoy enhanced focus, better moods, and more energy. Highly recommended!" -- Steven Masley, MD, FAHA, FACN, FAAFP, CNS, best-selling author of The 30-Day Heart Tune-Up and Smart Fat "Your brain is the most valuable resource you have. Dave Asprey's Head Strong program is full of simple tools to help you unlock the mental speed and energy of a modern day superhero. If you want to upgrade your performance, this book is a must read." -- Jim Kwik, Celebrity Memory Coach, CEO of Kwik Learning & SuperheroYou "Over the next decade, we will learn to extend the human lifespan 30-plus years. Mitochondrial health is fundamental to that goal. Head Strong is a comprehensive roadmap for maximizing brainpower and maintaining a strong, sharp, and resilient mind." -- Peter H. Diamandis, MD, New York Times Bestselling Author of Abundance and Bold; Co-Founder, Human Longevity, Inc., XPRIZE & Singularity University

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Book SynopsisHow does your mind work? How does your brain give rise to your mind? These are questions that all of us have wondered about at some point in our lives, if only because everything that we know is experienced in our minds. They are also very hard questions to answer. After all, how can a mind understand itself? How can you understand something as complex as the tool that is being used to understand it? This book provides an introductory and self-contained description of some of the exciting answers to these questions that modern theories of mind and brain have recently proposed. Stephen Grossberg is broadly acknowledged to be the most important pioneer and current research leader who has, for the past 50 years, modelled how brains give rise to minds, notably how neural circuits in multiple brain regions interact together to generate psychological functions. This research has led to a unified understanding of how, where, and why our brains can consciously see, hear, feel, and know about the world, and effectively plan and act within it. The work embodies revolutionary Principia of Mind that clarify how autonomous adaptive intelligence is achieved. It provides mechanistic explanations of multiple mental disorders, including symptoms of Alzheimer''s disease, autism, amnesia, and sleep disorders; biological bases of morality and religion, including why our brains are biased towards the good so that values are not purely relative; perplexing aspects of the human condition, including why many decisions are irrational and self-defeating despite evolution''s selection of adaptive behaviors; and solutions to large-scale problems in machine learning, technology, and Artificial Intelligence that provide a blueprint for autonomously intelligent algorithms and robots. Because brains embody a universal developmental code, unifying insights also emerge about shared laws that are found in all living cellular tissues, from the most primitive to the most advanced, notably how the laws governing networks of interacting cells support developmental and learning processes in all species. The fundamental brain design principles of complementarity, uncertainty, and resonance that Grossberg has discovered also reflect laws of the physical world with which our brains ceaselessly interact, and which enable our brains to incrementally learn to understand those laws, thereby enabling humans to understand the world scientifically. Accessibly written, and lavishly illustrated, Conscious Mind/Resonant Brain is the magnum opus of one of the most influential scientists of the past 50 years, and will appeal to a broad readership across the sciences and humanities.Trade ReviewCan humans create technology that will mimic, or even surpass, biological intelligence? Questions such as these underlie the career of author Stephen Grossberg, a founder of the field of neural networks and creator of this magnum opus covering 60 years of research in neuroscience, psychology, and mathematics. * C. L. Iwema, CHOICE *The polymath Freeman Dyson once likened mathematicians to birds and frogs: 'Birds fly high in the air and survey broad vistas of mathematics out to the far horizon. They delight in concepts that unify our thinking and bring together diverse problems from different parts of the landscape. Frogs live in the mud below and see only the flowers that grow nearby. They delight in the details of particular objects, and they solve problems one at a time.' Grossberg's genius lies in embodying both, and in recognizing that "obvious hypotheses, with which no one would disagree, together imply conclusions about deep properties of brain organization." Can a deep understanding of boundaries and surfaces of simple, toy objects lead to the most profound insights into the nature of learning and attention? Can an understanding of how silence flows across time and alters the perception of words uttered before it, help explain consciousness itself? Grossberg shows how. * Sai Gaddam, Boston University *Conscious MIND and Resonant BRAIN is a tour de force on How the Brain Works. It's a masterpiece on brain science and neuro-computing that could only be created by Grossberg. * Leon Chua, University of California at Berkeley *After reading many papers by the author, I always wished that he would present them in a coherent whole. And here it is. A magnificent volume of great science from mind to brain and back, a condensed ars poetica of a great scientist. * György Buzsáki, New York University *Stephen Grossberg is one of the most original and influential theorists in contemporary cognitive science and computational neuroscience. In Conscious MIND Resonant BRAIN, he takes the reader on an eye-opening tour in which he addresses fundamental problems of mind and brain from his unique theoretical perspective. This is an important book that should be of interest to anyone who wonders how a brain can give rise to a mind. * Daniel L. Schacter, Harvard University *In this book Stephen Grossberg shares the wisdom and encyclopedic knowledge that he acquired over 50 years of research devoted to unravel the mysteries of the human brain. Stephen pioneered the field of theoretical neuroscience... It is the essence of overarching principles to be abstract and to sometimes defy intuition, but Stephen succeeds to convey the essential in a language that is readily accessible to the non- expert. He embeds the discussion of neuronal mechanisms in the rich framework of cognitive psychology and elegantly bridges the gap between scientific evidence and subjective experience. He takes the readers by the hand and lets them discover the often surprising philosophical, ethical and societal implications of neurobiological discoveries. For those who enjoy intellectual adventures and wish to explore the boundaries of the known this scholarly written book is a real treasure. * Wolf Singer, Max Plank Institute for Brain Research, Frankfurt *How often do we have the chance to hold a true masterpiece? Grossberg's monumental accomplishments developed over multiple decades now written at an accessible level to a broader audience. What a true privilege! * Luis Pessoa, University of Maryland *Steve Grossberg is one of the most insightful and prolific writers on biological intelligence. This book is a masterful presentation of fundamental methods of modeling minds, brains and their interactions with the world, many of which are due to the author and his collaborators. The models are presented as mathematical systems, including computing and neural networks. The variables, parameters and functions represent biological and environmental concepts; mathematical conclusions are interpreted as predictions of biological behavior. In many cases these have been verified experimentally. There are illuminating and surprising connections to other disciplines, including art, music and economics. Highly recommended to a general audience. * Morris W. Hirsch, University of California at Berkeley *This comprehensive overview of Grossberg's contributions to our understanding of the mind and brain shows exactly how prescient he, and his colleagues, have been.Whatever one's specific interest, from visual illusions to mental illness, this book provides a principled treatment of it.The principles flow from Grossberg's early framing of many of the questions that have come to define computational neuroscience – including his early understanding of the centrality of expectations.Kudos to him for pulling it all together here. * Lynn Nadel, University of Arizona *What an ambitious, lucid, eye-opening and engaging book! By using the computational theories he developed, Grossberg attempts nothing less than to integrate our knowledge of how our mind works with our knowledge of how the brain works. The topics he covers range from perception to action, from emotion to memory, and from decision making to love, with consciousness and the mind-body problem figuring prominently throughout. The story he weaves, with many incisive, delightful illustrations, is compelling and accessible. The reader is rewarded with a novel appreciation of the human psyche and artificial intelligence, and is left with admiration for Grossberg's achievement. * Morris Moscovitch, University of Toronto *This book is not for the faint of heart. Stephen Grossberg has been a giant in the field of computational neuroscience for 60 years. In this book he presents his carefully developed, integrative neurobiological theory on how the nervous system generates our conscious lives. It is bold yet self-reflective and therein challenging to all students trying to figure out how the brain does its tricks. A must read. * Michael Gazzaniga, University of California at Santa Barbara *This book is first and foremost an account of a personal odyssey of one of the great and most prolific scientific minds of our time trying to understand itself. What we have here at last is a genuine attempt by the author to make his ideas accessible to most readers as "a simple story, without mathematics" (or at least with minimal math). The foundation of this story is the concept of "resonance" in neural systems. When resonance fails, this triggers adaptation. This book is largely a treatise on how the resonance concept can help us understand almost all aspects of sensation, perception, and higher cognition. Even without all the math, this book of 600 plus pages will take considerable dedication to assimilate, but I believe that any student of neuroscience interested in the brain as the basis of mind will find it well worth the effort. * Bruce McNaughton, University of California at Irvine *How a brain makes its mind is one of the most perplexing questions in science. In this book, you will find the most comprehensive account to date by a towering pioneer of brain theory of our time. * Deliang Wang, Ohio State University *Don't read Grossberg in the original—unless you are an adept. Start with this exceptional overview of the lifework of a brilliant cognitive neuroscientist; then, organized and inspired, turn to the journals. Grossberg identifies key phenomena that open windows into the functioning of the brain; identifies the key problems that the brain needs to solve relevant to them; constructs elegant modules that might both solve those problems and give rise to the phenomena noted, and finally assembles them into systems and makes new predictions. This is textbook scientific inquiry, executed by a virtuoso. The book would be a fine component of a seminar, with students selecting the problems and modules for a deeper dive, then explicating them to the class. * Peter Killeen, Arizona State University *An excellent and wide-ranging view of how the brain perceives the world for us by a pioneering brain theoretician. * Wolfram Schultz, University of Cambridge *Whenever you claim to be "the first to do" this or that in artificial intelligence, it is customary - and correct - to add "with the exception of Stephen Grossberg". Quite simply, Stephen is a living giant and foundational architect of the field. * Karl J. Friston, University College London *This is a breath-taking book authored by a giant pioneer of the brain and mind. * Shun-Ichi Amari, RIKEN Brain Science Institute *Professor Grossberg is a rara avis. In an age of increasing specialization, he has a remarkable, unparalleled, gift of seeing connections between seemingly unrelated ideas. And he writes about these with passion, but without compromising accuracy. * V. S. Ramachandran, University of California San Diego *Stephen Grossberg is a true genius, who has discovered and developed many of the most important concepts and theories about how our brains make our minds. His fundamental contributions to science for over 50 years are richly worthy of a Nobel Prize. * Leonid Perlovsky, Harvard University *Stephen Grossberg is a "big picture" thinker who has had a remarkably deep influence on many aspects of several fields. It's difficult to overstate the range of his vision and the depth of his thinking, and I expect this book to be required reading in many courses for years to come. * Stephen Kosslyn, Foundry College *Although a behavioral modeler and not a neuroscientist, I have followed Stephen Grossberg's research closely for many years, because I regard him as one of the very most creative and insightful neuroscience theorists that the field has seen. His book should be a must read for those wanting to understand how the brain produces mind. * Richard Shiffrin, Indiana University *The current volume charts the remarkable developments that have led Dr. Grossberg to a principled, unified theory of the link between brain and mind. Dr. Grossberg's insights are unparalleled in their breadth and detail, leading us to a scientific understanding of the most remarkable aspect of the mind, consciousness. * Michael Mozer, Google Brain, Mountain View, CA *Conscious Mind, Resonant Brain is the magnum opus of one of the giants of neural networks. The soaring ambition of this book reflects the career achievements of Grossberg's insatiable appetite for understanding how brains work. It is a must-read for those interested in all aspects of how the mind and brain function in health and disease. * Donald C. Wunsch II, University of Science and Technology *Grossberg has single-handedly elevated the psychophysics and psychology pioneered by Herman von Helmholtz and William James into a comprehensive mathematical theory of brain and behavior with profound implications and strong empirical support. * David Hestenes, Arizona State University *Table of ContentsPREFACE Biological intelligence in sickness, health, and technology Chapter 1. OVERVIEW From Complementary Computing and Adaptive Resonance to conscious awareness Chapter 2. HOW A BRAIN MAKES A MIND Physics and psychology split as brain theories were born Chapter 3. HOW A BRAIN SEES: CONSTRUCTING REALITY Visual reality as illusions that explain how we see art Chapter 4. HOW A BRAIN SEES: NEURAL MECHANISMS From boundary completion and surface filling-in to figure-ground perception Chapter 5. LEARNING TO ATTEND, RECOGNIZE, AND PREDICT THE WORLD From vigilant conscious awareness to autism, amnesia, and Alzheimer's disease Chapter 6. CONSCIOUS SEEING AND INVARIANT RECOGNITION Complementary cortical streams coordinate attention for seeing and recognition Chapter 7. HOW WE SEE A CHANGING WORLD How vision regulates object and scene persistence Chapter 8. HOW WE SEE AND RECOGNIZE OBJECT MOTION Visual form and motion perception obey complementary laws Chapter 9. TARGET TRACKING, NAVIGATION, AND DECISION-MAKING Visual tracking and navigation obey complementary laws Chapter 10. LAMINAR COMPUTING BY CEREBRAL CORTEX Towards a unified theory of biological and artificial intelligence Chapter 11. HOW WE SEE THE WORLD IN DEPTH From 3D vision to how 2D pictures induce 3D percepts Chapter 12. FROM SEEING AND REACHING TO HEARING AND SPEAKING Circular reaction, streaming, working memory, chunking, and number Chapter 13. FROM KNOWING TO FEELING How emotion regulates motivation, attention, decision, and action Chapter 14. HOW PREFRONTAL CORTEX WORKS Cognitive working memory, planning, and emotion conjointly achieve valued goals Chapter 15. ADAPTIVELY TIMED LEARNING How timed motivation regulates conscious learning and memory consolidation Chapter 16. LEARNING MAPS TO NAVIGATE SPACE From grid, place, and time cells to autonomous mobile agents Chapter 17. A UNIVERSAL DEVELOPMENTAL CODE Mental measurements embody universal laws of cell biology and physics

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Book SynopsisTable of ContentsCLINICAL NEUROSCIENCE 1 CHAPTER 2 CLINICAL NEUROANATOMY 11 CHAPTER 3 APPROACH TO THE PATIENT WITH NEUROLOGIC DISEASE 42 CHAPTER 4 MYOPATHIES 49 CHAPTER 5 NEUROMUSCULAR JUNCTION DISEASES 65 CHAPTER 6 PERIPHERAL NEUROPATHIES AND MOTOR NEURON DISEASES 76 CHAPTER 7 RADICULOPATHY AND DEGENERATIVE SPINE DISEASE 95 CHAPTER 8 MYELOPATHIES 103 CHAPTER 9 BRAIN STEM DISEASE 114 CHAPTER 10 CEREBELLAR DISEASE 128 CHAPTER 11 BASAL GANGLIA DISORDERS 137 CHAPTER 12 MOVEMENT DISORDERS 149 CHAPTER 13 AUTONOMIC NERVOUS SYSTEM 167 CHAPTER 14 DEMYELINATING AND AUTOIMMUNE DISEASES 184 CHAPTER 15 ALZHEIMER'S DISEASE AND MILD COGNITIVE IMPAIRMENT 191 CHAPTER 16 NON-ALZHEIMER'S DEMENTIAS 201 CHAPTER 17 NEUROPSYCHIATRY AND BEHAVIORAL NEUROLOGY 206 CHAPTER 18 CEREBROVASCULAR DISEASE 222 CHAPTER 19 NEUROCRITICAL CARE 234 CHAPTER 20 NEURO-ONCOLOGY 265 CHAPTER 21 HEADACHES 276 CHAPTER 22 SEIZURES AND EPILEPSY 301 CHAPTER 23 SLEEP DISORDERS 324 CHAPTER 24 NEUROLOGIC COMPLICATIONS OF SYSTEMIC DISEASE 336 CHAPTER 25 INFECTIOUS DISEASES OF THE NERVOUS SYSTEM 353 CHAPTER 26 NEUROGENETIC DISORDERS 369 CHAPTER 27 PAIN PROCESSING AND MODULATION 375 CHAPTER 28 PEDIATRIC NEUROLOGY 389 CHAPTER 29 PSYCHIATRY IN NEUROLOGY 403 CHAPTER 30 NEURO-OTOLOGY 428 CHAPTER 31 ELECTROENCEPHALOGRAPHY 443 CHAPTER 32 ELECTROMYOGRAPHY 467 CHAPTER 33 NEUROPATHOLOGY 474

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Book SynopsisAnimal Eyes provides a comparative account of all known types of eye in the animal kingdom, outlining their structure and function with an emphasis on the nature of the optical systems and the physical principles involved in image formation. A universal theme throughout the book is the evolution and taxonomic distribution of each type of eye, and the roles of different eye types in the behaviour and ecology of the animals that possess them. In comparing the specific capabilities of eyes, it considers the factors that lead to good resolution of detail and the ability to function under a wide range of light conditions. This new edition is fully updated throughout, incorporating more than a decade of new discoveries and research.Trade ReviewAnimal Eyes is written in a vivid and clear style which will be understandable to both physicists and biologists. I highly recommend it to anyone, including amateurs, students and experienced researchers. * Optics & Photonics News *... fascinating and useful. * Pat Morris, Zoological Journal *Table of Contents1. The origin of vision ; 2. Light and vision ; 3. What makes a good eye? ; 4. Aquatic eyes: the evolution of the lens ; 5. Lens eyes on land ; 6. Mirrors in animals ; 7. Apposition compound eyes ; 8. Superposition eyes ; 9. Movements of the eyes

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Book SynopsisUnlocking the Nature of Human Aggression is a neuropsychoanalytic and scientific exploration of aggression and argues for its central role in psychopathology and the genesis of individual symptoms, as well as in broader systemic conflicts and violence. Adrian Perkel creates a unique theoretical approach to the various manifestations we encounter of individual, group, and geo-political aggression and destructiveness. Based on psychoanalytic investigations of this dynamic and Freud's incomplete exploration of this human drive, this book seeks to understand the science of aggression that Freud himself suggested would be possible with time and scientific development. Perkel investigates the commonplace inversion of the perpetrator and victim narratives, navigating through the complexity of how the aggressive drive, often driven by feelings aimed at homeostatic regulation, challenges the perception of any objective view of who is perpetrator and who victim. He includes hiTrade Review"This book is an essential read for clinicians who work psychotherapeutically with individuals, couples and families, as well as for academics and the general reader interested in deepening their understanding of how the two psychic drives, sexuality and aggression, interact and can affect individuals, communities, and humanity as a whole. The author presents complex psychoanalytic and neuroscientific ideas in an uncomplicated and straightforward way, effortlessly deepening our understanding of historical and current geo-political aggressions from a theoretical and neurobiological viewpoint."Dr Amita Sehgal, MA, PhD, Couple Psychoanalytic Psychotherapist, The Balint Consultancy, London. "Dr Perkel offers us an outstanding exploration of human aggression that draws on selected psychoanalytic and neuroscientific sources. Particularly impressive is the way in which he weaves clinical and sociohistorical material into his theoretical discussion. Sophisticated in its arguments yet eminently readable, this book will be of great value to students and practitioners in the mental health professions and the social sciences.Dr Barnaby B Barratt, PhD, DHS, ABPP, IPA Psychoanalyst (Research & Training), Sexuality Consultant - Somatic Psychologist.Table of ContentsPreface Introduction Chapter 1: Freud’s Incomplete Theory Chapter 2: The Development of Subject – "I" Chapter 3: Beyond the Pleasure Principle Chapter 4: Science and the Psyche Chapter 5: Perversion of the Inner Guardian Chapter 6: Geopolitics Meets Freud Chapter 7: A Unifying Theory – Symptoms and Implications Chapter 8: Concluding Comments

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Book SynopsisPrinciples of Neurobiology, Second Edition presents the major concepts of neuroscience with an emphasis on how we know what we know. The text is organized around a series of key experiments to illustrate how scientific progress is made and helps upper-level undergraduate and graduate students discover the relevant primary literature. Written by a single author in a clear and consistent writing style, each topic builds in complexity from electrophysiology to molecular genetics to systems level in a highly integrative approach. Students can fully engage with the content via thematically linked chapters and will be able to read the book in its entirety in a semester-long course. Principles of Neurobiology is accompanied by a rich package of online student and instructor resources including animations, figures in PowerPoint, and a Question Bank for adopting instructors.Trade ReviewProf Liqun Luo is the recipient of the 2020 Award for Education in Neuroscience granted by the Society for Neuroscience in recognition of his continuing commitment to both cutting-edge research and neuroscience education. The first edition of his textbook has been adopted by over 150 courses taught by major universities all of the world."This textbook from Dr. Liqun Luo is fantastic for advanced undergraduate courses on neurobiology. The emphasis on experiment-led explanations of neurobiology is critical for students transiting from textbook learning to thinking like modern scientist." - Marla B. Feller, Paul Licht Distinguished Professor in Biological Sciences, Division of Neurobiology, Department of Molecular and Cell Biology & Helen Wills Neuroscience Institute, University of California, Berkeley"Principles of Neurobiology is a stellar achievement of scholarship - a synthesis of the most interesting and important discoveries in neuroscience, written by a leader in our field who has based his text on a careful reading of thousands of primary research papers. Remarkably, this book does not just describe each 'discovery': it also describes the path to discovery, noting the specific technologies and experimental designs that enabled each key result." - Rachel Wilson, Martin Family Professor of Basic Research in the Field of Neurobiology, Harvard Medical School and Investigator, Howard Hughes Medical Institute"… what an extraordinary achievement this is – I don’t think there are many out there any longer who can cover the entire field of neuroscience in such a scholarly manner, singlehandedly! The integration that results from this is likely unique to this book." - Edvard Moser, Professor of Psychology and Neuroscience, Founding Director of the Kavli Institute for Systems Neuroscience, Norwegian University of Science and TechnologyProf Liqun Luo is the recipient of the 2020 Award for Education in Neuroscience granted by the Society for Neuroscience in recognition of his continuing commitment to both cutting-edge research and neuroscience education. The first edition of his textbook has been adopted by over 150 courses taught by major universities all of the world."This textbook from Dr. Liqun Luo is fantastic for advanced undergraduate courses on neurobiology. The emphasis on experiment-led explanations of neurobiology is critical for students transiting from textbook learning to thinking like modern scientist." - Marla B. Feller, Paul Licht Distinguished Professor in Biological Sciences, Division of Neurobiology, Department of Molecular and Cell Biology & Helen Wills Neuroscience Institute, University of California, Berkeley"Principles of Neurobiology is a stellar achievement of scholarship - a synthesis of the most interesting and important discoveries in neuroscience, written by a leader in our field who has based his text on a careful reading of thousands of primary research papers. Remarkably, this book does not just describe each 'discovery': it also describes the path to discovery, noting the specific technologies and experimental designs that enabled each key result." - Rachel Wilson, Martin Family Professor of Basic Research in the Field of Neurobiology, Harvard Medical School and Investigator, Howard Hughes Medical Institute"… what an extraordinary achievement this is – I don’t think there are many out there any longer who can cover the entire field of neuroscience in such a scholarly manner, singlehandedly! The integration that results from this is likely unique to this book." - Edvard Moser, Professor of Psychology and Neuroscience, Founding Director of the Kavli Institute for Systems Neuroscience, Norwegian University of Science and TechnologyTable of Contents1. An Invitation to Neurobiology. 2. Signaling within Neurons. 3. Signaling across Synapses. 4. Vision. 5. Wiring the Visual System. 6. Olfaction, Taste, Audition, and Somatosensation. 7. Constructing the Nervous System. 8. Motor Systems. 9. Regulatory Systems. 10. Sexual Behavior. 11. Memory, Learning, and Synaptic Plasticity. 12. Brain Disorders. 13. Evolution of the Nervous System. 14. Ways of Exploring.

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Book SynopsisJoy, sorrow, jealousy and awe - these and other feelings are the stuff of our daily lives. Presumed to be too private for science to explain and not to be essential for comprehending human rationality and understanding, they have largely been ignored. But not by the great seventeenth-century Dutch philosopher Spinoza. And not by Antonio Damasio. In this book Dr. Damasio draws on his innovative research and on his experience with neurological patients to examine how feelings and the emotions that underlie them support the governance of human affairs.Trade ReviewBig claims, well made: it is a rare pleasure to pick up such a rigorous and readable book about scientific advance that is so firmly anchored in philosophical history * Time Out *Virtually all the interesting philosophy today is done, not by professional philosophers, but by scientists like Damasio... The map may be incomplete, but thanks to Damasio we do at least know the principal landmarks * New Humanist *Damasio's book interweaves lucid and fascinating explanations of neurological findings with historical and philosophical ruminations on Spinoza... Rich and informative * New Scientist *There is much in this book to please Damasio's fans. He is a lively and humane writer, and ranges easily across a wide variety of topics * Independent *

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Book SynopsisTrade Review"...this text promises to be an essential title on the bookshelf of the intellectually curious neuroscientist. And for those whose curiosity is never satiated, the book motivates new empirical work to address as yet unanswered questions…" --Brain ...a thorough and didactic presentation of the tools available to research scientists wishing to engage in the emgerging field of network neuroscience...this text promises to be an essential title on the bookshelf of the intellectually curious neuroscientist...as with any good book, one turns the final page wishing there were more. --Prof Danielle S Basset, University of Pennsylvania, BRAIN: A Journal of NeurologyTable of Contents1. An introduction to brain networks2. Nodes and edges3. Connectivity matrices and brain graphs4. Connectivity degree and strength5. Centrality and hubs6. Components, cores and clubs7. Paths, efficiency and diffusion8. Motifs, small worlds and network economy9. Modularity10. Null models 11. Statistical connectomics

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Book SynopsisTrade Review"This is the first book that specifically focuses on ketamine for treatment-resistant depression. This topic has been covered in lectures, articles, and briefly in some textbooks, but this is the first book I have read that specifically covers it. Given the limited available data, the book succeeds in its stated goal to inform readers about what is currently known about ketamine. Updated editions will be needed to reflect the growing knowledge base and eventual treatment strategies using ketamine." --© Doody’s Review Service, 2020, Aaron Plattner, MD(Pine Rest Christian Mental Health Services), reviewer, expert opinionTable of Contents1. Ketamine, Clio, and the hippocratic triangled fragments of the history of ketamine 2. Ketamine’s potential mechanism of action for rapid antidepressive effects – a focus on neuroplasticity 3. Treatment resistant depression 4. Suicide in psychiatric disorders: rates, risk factors, and therapeutics 5. Overview of ketamine for major depression: efficacy and effectiveness 6. How to implement a ketamine clinic 7. Development of new rapid-action treatments in mood disorders 8. Closing remarks

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Book SynopsisTrade Review"Clinicians always aim for the best practice for the benefit of their patients in front of them. In order to fulfil this aim they need to apply their own clinical experience, but must be abreast with the expanding knowledge and means available to them for the most appropriate investigations for the problem. The field of imaging has been advancing at a rate never seen before. The developments in the technology have made it possible to refine imaging even of very young children. Greater understanding of normal structures and functions are emerging. Clinician would love to grasp that knowledge the contributors of the third edition of FUNDAMENTALS OF PEDIATRIC IMAGING have complied in this very manageable size with relevant information in simple language detailing the findings and outlining the context of each imaging. This book will add to the richness of any reference material accessible to the students and practitioners across the various disciplines of Pediatrics. Illustrations and salient points about the conditions makes this book a great quick reference material for anyone practicing Pediatrics. A short introduction of the techniques available, a cross-section of congenital aberrations and peculiar findings from examination of various organ systems in Pediatric age group have been illustrated. It certainly helps to know what imaging to order and to correctly interpret the findings and communicate with clarity with colleagues working in the teams. Imaging of various systems from Musculoskeletal system, Airways, neuro, GI and Genito urinary systems are very well covered and will be particularly of interest to Community pediatricians for comprehensively deal with their patients." --BACCH NewsletterTable of Contents1. Special Considerations in Pediatric Imaging 2. Airway 3. Chest 4. Cardiac 5. Gastrointestinal 6. Genitourinary 7. Musculoskeletal 8. Neuro

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Book SynopsisSusan Greenfield is a leading neuroscientist based at the Laboratory of Pharmacology, Oxford. In 1994 she was the first woman to give the annual Royal Institution Christmas Lectures. She is the presenter for BBC2's Brain Story.

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Book SynopsisMichio Kaku, the international bestselling author of Physics of the Impossible, gives us a stunning and provocative vision of the future of the mindRecording memories, mind reading, videotaping our dreams, mind control, avatars, and telekinesis - no longer are these feats of the mind solely the province of overheated science fiction. As Michio Kaku reveals, with the latest advances in brain science and recent astonishing breakthroughs in technology, they already exist. In The Future of the Mind, the New York Times-bestselling author takes us on a stunning, provocative and exhilarating tour of the top laboratories around the world to meet the scientists who are already revolutionising the way we think about the brain - and ourselves.''Summons up the sheer wonder of science'' - Daily Telegraph''Compelling ... Kaku thinks with great breadth, and the vistas he presents us are worth the trip'' - New York Times Book ReviewTrade ReviewCompelling ... Kaku thinks with great breadth, and the vistas he presents us are worth the trip * New York Times Book Review *Summons up the sheer wonder of science * Daily Telegraph *

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Book SynopsisSince the time of Turing, computer scientists have dreamed of building artificial general intelligence (AGI) - a system that can think, learn and act as humans do. Over recent years, the remarkable pace of progress in machine learning research has reawakened discussions about AGI. But what would a generally intelligent agent be able to do? What algorithms, architectures, or cognitive functions would it need? To answer these questions, we turn to the study of natural intelligence. Humans (and many other animals) have evolved precisely the sorts of generality of function that AI researchers see as the defining hallmark of intelligence. The fields of cognitive science and neuroscience have provided us with a language for describing the ingredients of natural intelligence in terms of computational mechanisms and cognitive functions and studied their implementation in neural circuits. Natural General Intelligence describes the algorithms and architectures that are driving progress in AI research in this language, by comparing current AI systems and biological brains side by side. In doing so, it addresses deep conceptual issues concerning how perceptual, memory and control systems work, and discusses the language in which we think and the structure of our knowledge. It also grapples with longstanding controversies about the nature of intelligence, and whether AI researchers should look to biology for inspiration. Ultimately, Summerfield aims to provide a bridge between the theories of those who study biological brains and the practice of those who are seeking to build artificial brains.Trade ReviewThis book will be of interest to students and researchers in cognitive psychology, neuroscience, computer science, and cognitive science. * Choice *Table of Contents1: Turing's question 2: The nature of intelligence 3: The language of thought 4: The structure of knowledge 5: The problem of abstraction 6: The value of action 7: The control of memory 8: A picture of the mind

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Book SynopsisHow does the brain work? How different is a human brain from other creatures'' brains? Is the human brain still evolving? In this fascinating book, Michael O''Shea provides a non-technical introduction to the main issues and findings in current brain research, and gives a sense of how neuroscience addresses questions about the relationship between the brain and the mind. Chapters tackle subjects such as brain processes, perception, memory, motor control and the causes of ''altered mental states''. A final section discusses possible future developments in neuroscience, touching on artificial intelligence, gene therapy, the importance of the Human Genome Project, drugs by design, and transplants. ABOUT THE SERIES: The Very Short Introductions series from Oxford University Press contains hundreds of titles in almost every subject area. These pocket-sized books are the perfect way to get ahead in a new subject quickly. Our expert authors combine facts, analysis, perspective, new ideas, and enthusiasm to make interesting and challenging topics highly readable.Trade Review'O'Shea writes with real enthusiasm.' * The Guardian *Table of Contents1. Mind and brain: what's the problem? ; 2. Let's get physical ; 3. Sight, sound, and imagination ; 4. "Last week's potatoes!" ; 5. Perception to action ; 6. Altered states of mind ; 7. Where do we go from here?

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Book SynopsisTable of ContentsPreface I. Questions from Neuroscientists for Philosophers 1. What is an intention? - Gideon Yaffe 2. What is a will? - Pamela Hieronymi 3. When is an action voluntary? - Pamela Hieronymi 4. What is freedom? - Walter Sinnott-Armstrong 5. What is free will? - Timothy O'Connor 6. Can there be free will in a determined universe? - Timothy O'Connor 7. Does free will come in degrees? - Jonathan Hall & Tillmann Vierkant 8. How can we determine whether or not we have free will? - Alfred R. Mele 9. What kind of neuroscientific evidence, if any, could determine whether anyone has free will? - Adina L. Roskies 10. What kind of behavioral experiments, if any could determine whether anyone has free will? - Tim Bayne 11. Can a robot with artificial intelligence have free will? - Jonathan Hall & Tillmann Vierkant 12. Do conscious decisions cause physical actions? - Ned Block 13. How is consciousness related to freedom of action or will? - Tim Bayne 14. How is responsibility related to free will, control, and action? - Gideon Yaffe 15. What are reasons? - Walter Sinnott-Armstrong II. Questions from Philosophers for Neuroscientists 16. What are the main stages in the neural processes that produce actions? - Patrick Haggard & Elisabeth Parés-Pujolràs 17. Does the will correspond to any clearly delineated brain area or activity? - Gabriel Kreiman 18. How are the neural processes for deciding when to move similar and different from those for deciding what or how to move? - Antonio Ivano Triggiani & Mark Hallett 19. How are arbitrary and deliberate decisions similar and different? - Jye Bold, Liad Mudrik, & Uri Maoz 20. How do higher-level brain areas exert control over lower-level brain areas? - Mark Hallett 21. What are intentional actions? - Elisabeth Parés-Pujolràs & Patrick Haggard 22. What evidence is there that intentions are represented in the brain? - John-Dylan Haynes 23. What is known about the neural correlates of specific beliefs and desires that inform human choices? - Amber Hopkins & Uri Maoz 24. How can we determine whether or not an agent is conscious of a bit of information relevant to an action? - Liad Mudrik & Aaron Schurger 25. Which neural mechanisms could enable conscious control of action? - Jake Gavenas, Mark Hallett, & Uri Maoz 26. How does the absence of a consensus about the neural basis of consciousness and volition affect theorizing about conscious volition? - Amber Hopkins, Liad Mudrik, & Uri Maoz 27. How can we determine the precise timing of brain events related to action? - Mark Hallett & Aaron Schurger 28. How can we determine the precise timing of mental events related to action? - Sae Jin Lee, Sook Mun (Alice) Wong, Uri Maoz, & Mark Hallett 29. Are any neural processes truly random (or stochastic)? - Hans Liljenström 30. How can computational models help us understand free will? - Gabriel Kreiman, Hans Liljenström, Aaron Schurger, & Uri Maoz Brain Maps - Amber Hopkins and Natalie Nichols Glossary - Claire Simmons and Amber Hopkins Annotated Bibliography - Deniz Ar?türk and Amber Hopkins

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Book SynopsisHow do brains make minds? Paul Thagard presents a unified, brain-based theory of cognition and emotion with applications to the most complex kinds of thinking, right up to consciousness and creativity. Neural mechanisms are used to explain mental operations for analogy, action, intention, language, and the self.Brain-Mind develops a brilliant account of mental operations using promising new ideas from theoretical neuroscience. Single neurons cannot do much by themselves, but groups of neurons work together to accomplish powerful kinds of mental representation, including concepts, images, and rules. Minds enable people to perceive, imagine, solve problems, understand, learn, speak, reason, create, and be emotional and conscious. Competing explanations of how the mind works have identified it as soul, computer, brain, dynamical system, or social construction. This book explains minds in terms of interacting mechanisms operating at multiple levels, including the social, mental, neural, and molecular. Unification comes from systematic application of Chris Eliasmith''s powerful Semantic Pointer Architecture, a highly original synthesis of neural network and symbolic ideas about how the mind works. This book belongs to a trio that includes Mind-Society: From Brains to Social Sciences and Professions and Natural Philosophy: From Social Brains to Knowledge, Reality, Morality, and Beauty. They can be read independently, but together they make up a Treatise on Mind and Society that provides a unified and comprehensive treatment of the cognitive sciences, social sciences, professions, and humanities.Trade ReviewWith his deep background in cognitive science and philosophy of mind, Thagard is able to sketch a bird's eye view of the mind-encompassing cognition, emotion, and consciousness-while staying grounded in a computational theory of neural organization." * Keith J. Holyoak, Distinguished Professor of Psychology, University of California, Los Angeles *Paul Thagard's Brain-Mind is an extremely ambitious attempt (largely successful, I believe), to provide a unified, neurally-based, account of how the Brain creates the Mind. Using Chris Eliasmith's Semantic Pointer Architecture and related ideas, Thagard shows how all the various aspects of the mind from lower level phenomena, such as Perception, to the highest levels of cognition, such as Language and the Self, can be realized in terms of a set of unifying principles based on the Semantic Pointer Architecture and its grounding in neural mechanisms. It provides a strong intellectual foundation for the even more ambitious other volumes (Mind-Society and Natural Philosophy) of his three-volume Treatise on Mind and Society. Thagard takes us on a mind-expanding journey." * Stephen Read, Mendel B. Silberberg Professor of Social Psychology, University of Southern California *A readable overview of the philosophy of cognitive science and its goal of establishing mechanistic or computational models of cognition and emotion." * Choice *Table of ContentsPreface Acknowledgments 1. What are Minds? Why Minds Matter What are Minds? Cognitive Science Representations and Processes Mechanisms Looking Ahead Summary Notes to Chapter 1: Minds 2. How Brains Make Minds Why Brains Matter to Mind and Society Thinking with Cells Neurons Neural Groups Combining Neural Representations Semantic Pointers The Semantic Pointer Architecture Innateness versus Learning Summary and Discussion Appendix: Details and Comparisons Notes to Chapter 2: Brains 3. Perception and Imagery Why Perception and Imagery Matter to Mind and Society From Sensation to Perception to Imagery External Senses Internal Senses Imagery Mental Mechanisms for Imagery Neural Mechanisms for Imagery Uses of Imagery Summary and Discussion Notes to Chapter 3: Perception 4. Concepts Why Concepts Matter to Mind and Society Theories of Concepts Neural Mechanisms for Concepts Uses of Concepts Summary and Discussion Notes to Chapter 4: Concepts 5. Rules Why Rules Matter to Mind and Society Mental Mechanisms for Rules Neural Mechanisms for Rules Uses of Rules Summary and Discussion Notes to Chapter 5: Rules 6. Analogies Why Analogies Matter to Mind and Society Mental Mechanisms for Analogy Neural Mechanisms for Analogy Uses of Analogies Summary and Discussion Notes to Chapter 6: Analogies 7. Emotions Why Emotions Matter to Mind and Society Psychological Theories of Emotion Neural Mechanisms for Emotions Uses of Emotions How Emotions Change Summary and Discussion Notes to Chapter 7: Emotions 8. Consciousness Why Consciousness Matters to Mind and Society Psychological Theories of Consciousness Neural Mechanisms for Consciousness Uses of Consciousness Summary and Discussion Notes to Chapter 8: Consciousness 9. Action and Intention Why Actions Matter to Mind and Society Psychological Theories of Action, Intention, and Will Neural Mechanisms for Action and Intention Uses of Action and Intention The Will Summary and Discussion Notes to Chapter 9: Action 10. Language Why Language Matters to Mind and Society Syntax First: Chomsky Integrating Syntax, Semantics, and Phonology Meaning Conceptual Blending Metaphor Innateness and Language Learning Summary and Discussion Notes to Chapter 10: Language 11. Creativity Why Creativity Matters to Mind and Society What is Creativity? Images Concepts Rules Procedural Creativity Analogies and Metaphors Emotions Case Study: CRISPR/Cas9 Summary and Discussion Notes to Chapter 11: Creativity 12. The Self Why the Self Matters to Mind and Society What is the Self? Semantic Pointers for Self-Representation Semantic Pointer Mechanisms for Self-Effecting and Self-Changing Multilevel Systems Molecular Mechanisms Social Mechanisms Summary and Discussion Notes to Chapter 12: Self References Index

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Book SynopsisThe eye is one of the most remarkable achievements of evolution, and has evolved up to 40 times in different parts of the animal kingdom. In humans, vision is the most important sense, and much of the brain is given over to the processing of visual information. In this Very Short Introduction, Michael Land describes the evolution of vision and the variety of eyes found in both humans and animals. He explores the evolution of colour vision in primates and the workings of the human eye, to consider how that contributes to our visual ability. He explains how we see in three dimensions and the basic principles of visual perception, including our impressive capacity for pattern recognition and the ability of vision to guide action.ABOUT THE SERIES: The Very Short Introductions series from Oxford University Press contains hundreds of titles in almost every subject area. These pocket-sized books are the perfect way to get ahead in a new subject quickly. Our expert authors combine facts, analysis, perspective, new ideas, and enthusiasm to make interesting and challenging topics highly readable.Trade ReviewFor anyone who would like to know more about the workings of the eye and how the brain interprets images, this book is an excellent introductory text. * Amanda Hardy, The Biologist *very informative read * The Biologist *Table of Contents1. The first eyes ; 2. Making better eyes ; 3. The human eye ; 4. The moving eye ; 5. The third dimension ; 6. Colour ; 7. Seeing and the brain ; References and further reading

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Book SynopsisTwo distinguished neuroscientists distil general principles from more than a century of scientific study, “reverse engineering” the brain to understand its design.Neuroscience research has exploded, with more than fifty thousand neuroscientists applying increasingly advanced methods. A mountain of new facts and mechanisms has emerged. And yet a principled framework to organize this knowledge has been missing. In this book, Peter Sterling and Simon Laughlin, two leading neuroscientists, strive to fill this gap, outlining a set of organizing principles to explain the whys of neural design that allow the brain to compute so efficiently. Setting out to “reverse engineer” the brain—disassembling it to understand it—Sterling and Laughlin first consider why an animal should need a brain, tracing computational abilities from bacterium to protozoan to worm. They examine bigger brains and the advantages of “anticipatory regulation”

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Book SynopsisTable of Contents1 Overview of the Nervous System Plates 1-1 to 1-64 1-22 Anatomy of the Basal Surface of the Brain, with the Brain Stem and Cerebellum Removed 1-23 Brain Imaging: Computed Tomography Scans, Coronal and Sagittal 1-24 Brain Imaging: Magnetic Resonance Imaging, Axial and Sagittal T1-Weighted Images 1-25 Brain Imaging: Magnetic Resonance Imaging, Axial and Sagittal T2-Weighted Images 1-26 Horizontal Brain Sections Showing the Basal Ganglia 1-27 Major Limbic Forebrain Structures 1-28 Color Imaging of the Corpus Callosum by Diffusion Tensor Imaging 1-29 Hippocampal Formation and Fornix 1-30 Thalamic Anatomy 1-31 Thalamic Nuclei 1-32 Brain Stem Surface Anatomy: Posterolateral View 1-33 Brain Stem Surface Anatomy: Anterior View 1-34 Cerebellar Anatomy: Internal Features 1-35 Spinal Column: Bony Anatomy 1-36 Spinal Cord: Gross Anatomy In Situ 1-37 Spinal Cord: Its Meninges and Spinal Roots 1-38 Spinal Cord: Cross-Sectional Anatomy In Situ 1-39 Spinal Cord: White and Gray Matter 1-40 Ventricular Anatomy 1-41 Ventricular Anatomy in Coronal Forebrain Section 1-42 Anatomy of the Fourth Ventricle: Lateral View 1-43 Magnetic Resonance Imaging of the Ventricles: Axial and Coronal Views 1-44 Circulation of the Cerebrospinal Fluid 1-45 Arterial Supply to the Brain and Meninges 1-46 Common Sites of Cerebrovascular Occlusive Disease 1-47 Arterial Distribution to the Brain: Basal View 1-48 Arterial Distribution to the Brain: Cutaway Basal View Showing the Circle of Willis 1-49 Arterial Distribution to the Brain: Coronal Forebrain Section 1-50 Circle of Willis: Schematic Illustration and Vessels In Situ 1-51 Arterial Distribution to the Brain: Lateral and Medial Views 1-52 Magnetic Resonance Angiography: Coronal Full Vessel View 1-53 Vertebrobasilar Arterial System 1-54 Arterial Blood Supply to the Spinal Cord: Longitudinal View 1-55 Arterial Supply to the Spinal Cord: Cross- Sectional View 1-56 Meninges and Superficial Cerebral Veins 1-57 Venous Sinuses 1-58 Magnetic Resonance Venography 1-59 Neurulation 1-60 Neural Tube Development and Neural Crest Formation 1-61 Development of Peripheral Axons 1-62 Early Brain Development: 36-Day-Old Embryo 1-63 Early Brain Development: 49-Day-Old Embryo and 3-Month-Old Embryo 1-64 Development of the Ventricles 2 Regional Neuroscience Plates 2-1 to 2-99 2-1 Spinal Cord and PNS Schematic 2-2 Anatomy of a Peripheral Nerve 2-3 Cutaneous Receptors 2-4 Neuromuscular Junction 2-5 Dermatomal Distribution 2-6 Cutaneous Distribution of Peripheral Nerves 2-7 Cutaneous Nerves of the Head and Neck 2-8 Phrenic Nerve 2-9 Brachial Plexus 2-10 Cutaneous Innervation of the Upper Limb from Peripheral Nerves 2-11 Scapular, Axillary, and Radial Nerves above the Elbow 2-12 Radial Nerve in the Forearm 2-13 Musculocutaneous Nerve 2-14 Median Nerve 2-15 Ulnar Nerve 2-16 Lumbar Plexus 2-17 Sacral and Coccygeal Plexuses 2-18 Femoral and Lateral Femoral Cutaneous Nerves 2-19 Obturator Nerve 2-20 Sciatic and Posterior Femoral Cutaneous Nerves 2-21 Tibial Nerve 2-22 Common Peroneal Nerve 2-23 Schematic of the Autonomic Nervous System 2-24 Autonomic Distribution to the Head and Neck- Medial View 2-25 Autonomic Distribution to the Head and Neck- Lateral View 2-26 Autonomic Distribution to the Eye 2-27 Thoracic Sympathetic Chain and Splanchnic Nerves 2-28 Innervation of the Tracheobronchial Tree 2-29 Innervation of the Heart 2-30 Abdominal Nerves and Ganglia 2-31 Nerves of the Esophagus 2-32 Nerves of the Stomach and Duodenum 2-33 Nerves of the Small Intestine 2-34 Nerves of the Large Intestine 2-35 Enteric Nervous System 2-36 Autonomic Innervation of the Liver and Biliary Tract 2-37 Autonomic Innervation of the Pancreas 2-38 Innervation of the Adrenal Gland 2-39 Nerves of the Kidneys, Ureters, and Urinary Bladder 2-40 Innervation of the Male Reproductive Organs 2-41 Innervation of the Female Reproductive Organs 2-42 Cytoarchitecture of the Spinal Cord Gray Matter 2-43 Spinal Cord Cross Sections 1 (C7, T7) 2-44 Spinal Cord Cross Sections 2 (L4, S2) 2-45 Spinal Cord Imaging 2-46 Spinal Somatic Reflex Pathways 2-47 Muscle and Joint Receptors and Muscle Spindles 2-48 Brain Stem Cross Section: Medulla-Spinal Cord Transition 2-49 Brain Stem Cross Section: Medulla at the Level of the Obex 2-50 Brain Stem Cross Section: Medulla at the Level of the Inferior Olive 2-51 Brain Stem Cross Section: Medulla at the Level of CN X and the Vestibular Nuclei 2-52 Brain Stem Cross Section: Medullo-Pontine Junction 2-53 Brain Stem Cross Section: Pons at the Level of the Facial Nucleus 2-54 Brain Stem Cross Section: Pons at the Level of the Genu of the Facial Nerve 2-55 Brain Stem Cross Sections: Pons at the Level of the Trigeminal Motor and Main Sensory Nuclei 2-56 Brain Stem Cross Section: Pons-Midbrain Junction 2-57 Brain Stem Cross Section: Midbrain at the Level of the Inferior Colliculus 2-58 Brain Stem Cross Section: Midbrain at the Level of the Superior Colliculus and Geniculate Nuclei 2-59 Brain Stem Cross Section: Midbrain-Diencephalic Junction 2-60 Brain Stem Arterial Syndromes 2-61 Cranial Nerves: Basal View of the Brain 2-62 Cranial Nerves and Their Nuclei: Schematic View 2-63 Nerves of the Orbit 2-64 Extraocular Cranial Nerves 2-65 Trigeminal Nerve (CN V) 2-66 Facial Nerve (CN VII) 2-67 Vestibulocochlear Nerve (CN VIII) 2-68 Glossopharyngeal Nerve (CN IX) 2-69 Vagus Nerve (CN X) 2-70 Accessory Nerve (CN XI) 2-71 Hypoglossal Nerve (CN XII) 2-72 Reticular Formation and Nuclei 2-73 Sleep-Wakefulness Control 2-74 Cerebellar Organization: Lobes and Regions 2-75 Cerebellar Anatomy: Deep Nuclei and Cerebellar Peduncles 2-76 Thalamic Anatomy and Interconnections with the Cerebral Cortex 2-77 Hypothalamus and Pituitary Gland 2-78 Hypothalamic Nuclei 2-79 Axial Sections through the Forebrain: Midpons 2-80 Axial Sections through the Forebrain: Midbrain 2-81 Axial Sections through the Forebrain: Rostral Midbrain and Hypothalamus 2-82 Axial Sections through the Forebrain: Anterior Commissure and Caudal Thalamus 2-83 Axial Sections through the Forebrain: Head of the Caudate Nucleus and Midthalamus 2-84 Axial Sections through the Forebrain: Basal Ganglia and Internal Capsule 2-85 Axial Section through the Forebrain: Dorsal Caudate Nucleus, Splenium and Genu of the Internal Capsule 2-86 Coronal Sections through the Forebrain: Genu of the Corpus Callosum 2-87 Coronal Sections through the Forebrain: Head of the Caudate Nucleus and Nucleus Accumbens 2-88 Coronal Sections through the Forebrain: Anterior Commissure and Columns of the Fornix 2-89 Coronal Sections through the Forebrain: Amygdala, Anterior Limb of the Internal Capsule 2-90 Coronal Sections through the Forebrain: Mammillary Bodies 2-91 Coronal Sections through the Forebrain: Midthalamus 2-92 Coronal Sections through the Forebrain: Geniculate Nuclei 2-93 Cortical Association Pathways 2-94 Color Imaging of Projection Pathways from the Cerebral Cortex 2-95 Noradrenergic Pathways 2-96 Serotonergic Pathways 2-97 Dopaminergic Pathways 2-98 Central Cholinergic Pathways 2-99 Olfactory Nerves 3 Systemic Neuroscience Plates 3-1 to 3-62 3-1 Somatosensory Afferents to the Spinal Cord 3-2 Somatosensory System: Spinocerebellar Pathways 3-3 Somatosensory System: Dorsal Column System and Epicritic Modalities 3-4 Somatosensory System: Spinothalamic and Spinoreticular Systems and Protopathic Modalities 3-5 Mechanisms of Neuropathic Pain and Sympathetically Maintained Pain 3-6 Descending Control of Pain Processing 3-7 Trigeminal Sensory and Associated Sensory Systems 3-8 Pain-Sensitive Structures of the Head, and Pain Referral 3-9 Taste Pathways 3-10 Peripheral Pathways for Sound Reception 3-11 Bony and Membranous Labyrinths 3-12 VIII Nerve Innervation of Hair Cells of the Organ of Corti 3-13 Auditory Pathways 3-14 Centrifugal (Efferent) Auditory Pathways 3-15 Vestibular Receptors 3-16 Vestibular Pathways 3-17 Nystagmus 3-18 Anatomy of the Eye 3-19 Anterior and Posterior Chambers of the Eye 3-20 Retina: Retinal Layers 3-21 Arteries and Veins of the Eye 3-22 Optic Chiasm 3-23 Visual Pathways: Retinal Projections to the Thalamus, Hypothalamus, and Brain Stem 3-24 Pupillary Light Reflex 3-25 Visual Pathway: Retino-Geniculo-Calcarine Pathway 3-26 Visual Pathways in the Parietal and Temporal Lobes 3-27 Distribution of Lower Motor Neurons (LMNs) in the Brain Stem 3-28 Cortical Efferent Pathways 3-29 Color Imaging of Cortical Efferent Pathways 3-30 Corticobulbar Tract 3-31 Corticospinal Tract 3-32 Rubrospinal Tract 3-33 Vestibulospinal Tracts 3-34 Reticulospinal Tracts 3-35 Central Control of Eye Movements 3-36 Central Control of Respiration 3-37 Cerebellar Neuronal Circuitry 3-38 Afferent Pathways to the Cerebellum 3-39 Cerebellar Efferent Pathways 3-40 Connections of the Basal Ganglia 3-41 General Organization of the Autonomic Nervous System 3-42 Sections through the Rostral Hypothalamus: Preoptic and Supraoptic Zones 3-43 Sections through the Midhypothalamus: Tuberal Zone 3-44 Sections through the Caudal Hypothalamus: Mammillary Zone 3-45 Schematic Reconstruction of the Hypothalamus 3-46 Afferent and Efferent Pathways Associated with the Hypothalamus 3-47 Paraventricular Nucleus of the Hypothalamus 3-48 Mechanisms of Cytokine Influences on the Hypothalamus and Other Brain Regions and on Behavior 3-49 Circumventricular Organs 3-50 Hypophysial Portal Vasculature 3-51 Regulation of the Anterior Pituitary Hormone Secretion 3-52 Posterior Pituitary (Neurohypophysial) Hormones: Oxytocin and Vasopressin 3-53 Hypothalamus and Thermoregulation 3-54 Hypothalamic Regulation of Cardiac Function 3-55 Neuroimmunomodulation 3-56 Anatomy of the Limbic Forebrain 3-57 Hippocampal Formation: General Anatomy 3-58 Neuronal Connections of the Hippocampal Formation 3-59 Major Afferent and Efferent Connections of the Hippocampal Formation 3-60 Major Efferent Connections of the Amygdala 3-61 Major Connections of the Cingulate Cortex 3-62 Olfactory Pathways

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Book SynopsisTrade Review"Neurostimulation for Epilepsy is a comprehensive and authoritative book previously unavailable in this emerging treatment field that provides a detailed exploration of the principles, device technology, and applications of neurostimulation for epilepsy. With contributions from a team of expert researchers and clinicians, the book covers various neurostimulation techniques, including vagus nerve stimulation, deep brain stimulation, responsive neurostimulation, and non-invasive brain stimulation. The book provides insights into the latest advancements in next-generation brain sensing and stimulation devices, as well as their impact on neurocognitive outcomes and quality of life. This work is an invaluable resource for researchers, clinicians, and anyone seeking a deeper understanding of the role of neurostimulation in managing epilepsy." -- Kate Davis, MD, MS, FAES, FANA, Associate Professor of Neurology, Director, Penn Epilepsy Center "Dr. Rao has assembled an impressive group of world-renowned experts in this effort. The book covers all aspects of neurostimulation for epilepsy, from basic principles to clinical trial results to practical advice to possible future applications. In addition to thorough discussions of the "big three" (VNS, DBS and RNS), the book also covers epicranial stimulation and emerging methods of noninvasive stimulation including transcranial magnetic stimulation and low intensity focused ultrasound. There are chapters on applications of the long-term data obtained from these systems, and the effects of neurostimulation on quality of life, cognition and mood. The chapters are well written, thorough yet concise, and very well referenced. There is something for everyone in this book, from those just starting to learn about neurostimulation to experts using it regularly. This is a welcome addition to the library for anyone involved in treating refractory epilepsy or performing related research." -- Lawrence J. Hirsch, MD, Professor of Neurology, Chief, Division of Epilepsy and EEG, Co-Director, Comprehensive Epilepsy Center, Yale University School of Medicine"I highly recommend "Neurostimulation for Epilepsy." It is a comprehensive guide and offers valuable insights. The book covers the essential topics in the various neuromodulation therapies used in epilepsy. This manual provides a balance blend of clinical expertise and educational content, making it an excellent resource for experienced practitioners, researchers as well as those in the early stages of their career." -- Dileep Nair, MD, Professor of Neurology, CCLCM/CWRU; Head of Section of Adult Epilepsy, Neurological Institute; Cleveland ClinicTable of Contents1. Principles of neurostimulation Andreas Schulze-Bonhage 2. Neurostimulation device technology Eric Y. Chow and Peng Cong 3. Vagus nerve stimulation James W. Wheless, Andrew J. Gienapp, and Basanagoud Mudigoudar 4. Responsive neurostimulation David E. Burdette and Barbara E. Swartz 5. Deep brain stimulation (DBS) of thalamus for epilepsy Robert Fisher 6. Epicranial focal cortex stimulation with the EASEE system Andreas Schulze-Bonhage 7. Noninvasive brain stimulation for epilepsy Keith Starnes, Andreas Schulze-Bonhage, and Brian Lundstrom 8. Applications of long-term data from neurostimulation devices Patricia Dugan and Vikram R. Rao 9. Next-generation brain sensing, stimulation, and adaptive control devices for epilepsy Gregory A. Worrell and Vaclav Kremen 10. Quality of life, neurocognitive outcomes, and mood effects with neurostimulation devices Kristen Arredondo and Anup D. Patel

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Book SynopsisTable of ContentsPart 1. Symmetry cognition 1. Rotational and reflectional transformations 2. Goodness and simplicity of dot patterns in a regular hexagonal grid 3. Cognitive judgments and group theoretical model for dot patterns in a square grid 4. A three-stage model with group theory and a spatial filter for cognitive judgments 5. Cognitive judgments for repetitive patterns 6. Cognitive judgments for one-dimensional black-and-white filled patterns Part 2. Contour perception and brightness illusion 7. Mathematical models of an antagonistic process of excitation and inhibition 8. The brightness illusions and a five-level qualitative model based on the decrease in brightness levels 9. A five-level qualitative model for various aspects of brightness contrast 10. A three-level qualitative model for the Ehrenstein illusions Part 3. Size of the circle in a geometrical illusion 11. The Ebbinghaus illusion as a circle size contrast 12. The Delboeuf illusion by comparative judgment 13. Concentric circle illusion and judgment-order effect by absolute judgments Part 4. Negative time-order effect on weight sensation 14. Excitation and inhibition in negative time-order effect

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Book SynopsisNEUROEDNOCRINOLOGY OF MALE REPRODUCTIVE BEHAVIOR M. J. Baum.- NEUROCHEMISTRY OF MALE SEXUAL BEHAVIOR E. M. Hull, J. M. Dominguez, and J. W. Muschamp.- FEMININE SEXUAL BEHAVIOR FROMNEUROENDOCRINE AMD MOLECULAR NEUROBIOLOGICAL PERSPECTIVES J. D. Blaustein andS. K. Mani.- THE NEUROCHEMISTRY OF LIMBIC-HYPOTHALAMIC CIRCUITS REGULATING SEXUAL RECEPTIVITY P. Micevych, K. Sinchak.- NEUROENDOCRINOLOGY AND NEUROCHEMISTRY OF MATERNAL MOTIVATION AND BEHAVIOR J. S. Lonstein andJ.I. Morrell.- NEUROENDOCRINOLOGY, NEUROCHEMISTRY, AND MOLECULAR NEUROBIOLOGY OF AFFILIATIVE BEHAVIOR E. A. D. Hammock and L. J. Young.- NEUROCHEMISTRY AND MOLECULAR NEUROBIOLOGY OF AGGRESSIVE BEHAVIOR K. A. Miczek, S. P. Faccidomo, E. W. Fish andJ. F. DeBold.- NOVEL MECHANISMS UNDERLYING NEUROENDOCRINE REGULATION OF AGGRESSION:A SYNTHESIS OF RODENT, AVIAN AND PRIMATE STUDIES G. E. Demas, M. A. Cooper, H. E. Albers, and K. K. Soma.- MOLECULAR NEUROBIOLOGY OF BIRD SONG D. F. Clayton.- THE NEUROENDOCRINOLOGY AND NEUTable of ContentsNEUROEDNOCRINOLOGY OF MALE REPRODUCTIVE BEHAVIOR – M. J. Baum.- NEUROCHEMISTRY OF MALE SEXUAL BEHAVIOR – E. M. Hull, J. M. Dominguez, and J. W. Muschamp.- FEMININE SEXUAL BEHAVIOR FROM NEUROENDOCRINE AMD MOLECULAR NEUROBIOLOGICAL PERSPECTIVES – J. D. Blaustein and S. K. Mani.- THE NEUROCHEMISTRY OF LIMBIC-HYPOTHALAMIC CIRCUITS REGULATING SEXUAL RECEPTIVITY – P. Micevych, K. Sinchak.- NEUROENDOCRINOLOGY AND NEUROCHEMISTRY OF MATERNAL MOTIVATION AND BEHAVIOR – J. S. Lonstein and J.I. Morrell.- NEUROENDOCRINOLOGY, NEUROCHEMISTRY, AND MOLECULAR NEUROBIOLOGY OF AFFILIATIVE BEHAVIOR – E. A. D. Hammock and L. J. Young.- NEUROCHEMISTRY AND MOLECULAR NEUROBIOLOGY OF AGGRESSIVE BEHAVIOR – K. A. Miczek, S. P. Faccidomo, E. W. Fish and J. F. DeBold.- NOVEL MECHANISMS UNDERLYING NEUROENDOCRINE REGULATION OF AGGRESSION: A SYNTHESIS OF RODENT, AVIAN AND PRIMATE STUDIES – G. E. Demas, M. A. Cooper, H. E. Albers, and K. K. Soma.- MOLECULAR NEUROBIOLOGY OF BIRD SONG – D. F. Clayton.- THE NEUROENDOCRINOLOGY AND NEUROCHEMISTRY OF BIRDSONG – G. F. Ball and J. Balthazart.- SEX DIFFERENCES IN NEUROTRANSMITTERS AND BEHAVIOR: DEVELOPMENT – M. M. McCarthy.- SEX DIFFERENCES IN NEUROTRANSMITTERS SYSTEMS; VASOPRESSIN AS AN EXAMPLE – G. J. de Vries.- NEUROCHEMICAL SYSTEMS REGULATING THE HYPOTHALAMO-PITUITARY-ADRENOCORTICAL AXIS – J. P. Herman, H. F. Figueiredo, N. K. Mueller, M. M. Ostrander, R. Zhang, M. Tauchi, D. C. Choi, A. R. Furay, N. K. Evanson, E. B. Nelson, and Y. M. Ulrich-Lai.- NEUROENDOCRINOLOGY OF STRESS – B. S. McEwen, S. Chattarji.- MATERNAL PROGRAMMING OF GLUCOCORTICOID RECEPTOR EXPRESSION AND HPA RESPONSES TO STRESS THROUGH DNA METHYLATION IN THE RAT – M. J. Meaney, I. C. G. Weaver, T. Wu, I. Hellstrom, J. Diorio, and M. Szyf.- ENERGY BALANCE AND FEEDING – S. C. Benoit, D. J. Clegg, S. C. Woods.- THE NEUROENDOCRINOLOGY, NEUROCHEMISTRY, AND MOLECULAR BIOLOGY OF THIRST AND SALT APPETITE – A. K. Johnson and R. L. Thunhorst.- NEUROCHEMISTRY/NEUROPHARMACOLOGY OF FEAR AND FEAR CONDITIONING – G. E. Schafe and J. E. LeDoux.- NEUROCHEMISTRY AND MOLECULAR NEUROBIOLOGY OF MEMORY – P. Dash and A. N. Moore.- NEUROCHEMISTRY AND MOLECULAR NEUROBIOLOGY OF REWARD – J. B. Becker and R. L. Meisel.- NEUROENDOCRINOLOGY OF MEMORY AND COGNITIVE FUNCTION – V. N. Luine.- THE MAMMALIAN CIRCADIAN SYSTEM: FROM GENES TO BEHAVIOR – B. H. Miller, E. L. McDearmon, and J. S. Takahashi.- NEUROENDOCRINOLOGY OF BEHAVIORAL RHYTHMS – T. M. Lee and L. Smale.- NEUROCHEMISTRY OF SLEEP – T. Porkka-Heiskanen, L. Alanko, and D. Stenberg.- NEUROENDOCRINOLOGY OF SLEEP – A. Steiger

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Book SynopsisA scientist’s exploration into the mysteries of the human mind.Trade Review"Daniel Siegel widens our world with this mind-opening - and mind-bending - exploration of mind itself. From a journey through Mind emerges a compelling sense of our connection to each other, and to the universe." -- Daniel Goleman, author of Emotional Intelligence and A Force for Good: The Dalai Lama's Vision for Our World "Dan Siegel is in my opinion one of the most knowledgeable persons on the mind. His insights into the mind as an embodied and relational process that regulates the flow of energy and information in the ecosystem of life have had a deep impact on my own understanding of mind and life and have impacted the way I practice and understand the healing process. His latest book takes the understanding of interpersonal neurobiology and self regulation to a new level. If you are interested in the science of healing, this book is a must read." -- Deepak Chopra, author of Super Genes "Dan Siegel is a true pioneer in applying the latest science to well-being, education and public policy. In Mind, he takes us on a scientific and philosophical journey far beyond the view that the mind is just brain activity, with profound implications on how we think, how we feel, and how we live." -- Arianna Huffington, author of The Sleep Revolution "With a graceful blend of humility and certainty, Dan Siegel ushers us through one of life's biggest questions: "what is the mind?" The book invites us to consider who we are as humans, our value systems, and to explore some of life's most confounding questions. Defining myriad aspects of being human with clarity, poetry, and accessible academic intelligence, this book is a philosophical, neurobiological, scientific and spiritual tour de force. Its clarity and brazen innovation puts it in a category all its own." -- Alanis Morissette, songwriter, artist, writer, activist "Mind is a book only the inimitable Dr. Siegel could write, a rich fusion of science, personal narrative, mindfulness teachings, and new metaphors for picturing the wraithlike mind at work, as it quests for certainty in an uncertain world, and busily tailors a sense of self from the fabric of its varied relationships. It's no surprise that Siegel has improved the lives of many thousands of people the world over; this new book promises to open the eyes of even more." -- Diane Ackerman, author of The Human Age "A leading scientist's visionary journey, a creative and compelling exploration of mind itself." -- Jack Kornfield, PhD, author of A Path With Heart "At once erudite and highly readable, with the proper mix of science and speculation, this book takes the reader on a journey from mind as simply brain activity to mind as energy and information flow to mind as embodied and relational with emergent properties. It shows how exciting possibilities can unfold for us "simply" by changing our minds. This interdisciplinary book elucidates the power of mind and delineates delicately the personal, interpersonal and societal implications of creating a creative and a healthy mind." -- Ellen J. Langer, Professor of psychology, Harvard University, Author of Mindfulness "[A]n outstanding and inspirational volume that will appeal to a wide audience. It will unequivocally transport the reader into a spiritual voyage with scientific blend combined with personal reflections, perceptions, and intentionality constituting an electrifying and illuminating reading." -- The Inquisitive Mind

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Book SynopsisRobert Winston is one of the country's best-known scientists. As Professor of Fertility Studies at Imperial College, University of London, and Director of NHS Research and Development and Consultant Obstetrician and Gynaecologist at Hammersmith Hospital, he has made advances in fertility medicine and been a leading voice in the debate on genetic engineering. His television series, including Your Life in Their Hands, Making Babies, The Human Body, Superhuman and Child Against All Odds and have made him a household name across Britain. He became a life peer in 1995.Trade ReviewWide-ranging and thoroughly entertaining * New Scientist *Devastaingly good...Every chapter bursts with clear logic, style, wit and imagination. * Brian May, Guitarist for Queen *

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Book SynopsisAfter the Islamic revolution in Iran, revolutionary leaders had to compromise their ideology. The Iranian ship of state continues to drift in search of an equilibrium between revolutionary convictions and the demands of governance, between religion and state, and Islam and the West.Table of ContentsMiddle East Quarterly"Not only does Menashri have complete command over the source material, but he also presents a well-organised story-and his writing is as interesting as it is clear."Middle East Quarterly"Not only does Menashri have complete command over the source material, but he also presents a well-organised story-and his writing is as interesting as clear"Middle East"a readable, well written and well-researched book that is useful for specialists and generalists alike"Journal of Islamic Studies"an excellent contribution to the study of its subject: clear, thoughtful and balanced, replete with insight into all the complexities of Iranian politics, particularly its basis in negociation and the continuing sense of the possible,as well as of the ideal

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Book SynopsisSketches the history of the belief that human beings are essentially their brains, and documents and critically discusses its contemporary forms across a range of contexts, including mental health, the human sciences, and literature and film.Trade Review"Being Brains offers a terrifically thoughtful and thorough examination of the 'neuro-' turn in various disciplines. On the basis of solid research and subtle analysis, Vidal and Ortega give readers conceptual and critical tools to make sense of widespread claims that studying the 'neural correlates' of various activities-art and religion, for instance- will transform or even replace other ways of making sense of what humans do. The book will be a major touchstone in cross-disciplinary discussions about the implications of our contemporary fascination with brains." -- -John Tresch University of PennsylvaniaTable of ContentsTo Begin With | 1 1. Genealogy of the Cerebral Subject | 13 2. Disciplines of the Neuro | 58 3. Cerebralizing Distress | 130 4. Brains on Screen and Paper | 189 “Up for Grabs” | 227 Acknowledgments | 233 Notes | 235 Bibliography | 243 Index | 305

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Book SynopsisOn-call neurosurgery concerns practice related to urgent and emergency neurosurgical care including outside of 'normal' working hours, it is regarded as one of the most demanding aspects of a neurosurgical career. This Element describes the challenges faced by a trainee on-call for neurosurgery and how to prepare for the role.Table of Contents1. Introduction to on-call neurosurgery; 2. The changing shape of on-call neurosurgery; 3. Key strategies to cope with challenges; 4. Conclusions.

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Book SynopsisThis Element examines the influence of expectation and attention on conscious perception. It explores the debate on whether attention is necessary for conscious perception by presenting empirical evidence from studies on inattentional blindness, change blindness, and the attentional blink. While the evidence strongly suggests that attention is necessary for conscious perception, other research has shown that expectation can shape perception, sometimes leading to illusory experiences where predicted stimuli are perceived despite their absence. This phenomenon, termed ''expectation awareness'', suggests that attention may not be necessary for all conscious experiences. These findings are explored within the predictive processing framework, where the brain is characterized as a prediction engine, continuously updating its internal models to minimize prediction errors. Integrating findings from psychology, neuroscience, and cognitive science, this Element provides a predictive processing model of how attention and expectation construct perceptual reality. It also discusses clinical and theoretical implications and suggests future research.

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a huge range and FREE tracked UK delivery on ALL orders.

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Book Synopsis

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Book SynopsisThis handbook introduces the reader to the thought-provoking research on the neural foundations of human intelligence. Written for undergraduate or graduate students, practitioners, and researchers in psychology, cognitive neuroscience, and related fields, the chapters summarize research emerging from the rapidly developing neuroscience literature on human intelligence. The volume focusses on theoretical innovation and recent advances in the measurement, modelling, and characterization of the neurobiology of intelligence differences, especially from brain imaging studies. It summarizes fundamental issues in the characterization and measurement of general intelligence, and surveys multidisciplinary research consortia and large-scale data repositories for the study of general intelligence. A systematic review of neuroimaging methods for studying intelligence is provided, including structural and diffusion-weighted MRI techniques, functional MRI methods, and spectroscopic imaging of metabTrade Review'This exciting book makes an elegant case that human intelligence is not the result of a test. It is the consequence of a brain. Drawing on state-of-the-art imaging methods, the reader is afforded a comprehensive view of the substrates enabling our most valued mental abilities.' Scott T. Grafton, Bedrosian-Coyne Presidential Chair in Neuroscience and Director of the Brain Imaging Center, University of California at Santa Barbara'Our scientific understanding of human intelligence has advanced greatly over the past decade in terms of the measurement and modeling of intelligence in the human brain. This book provides an excellent analysis of current findings and theories written by top international authors. It should be recommended to students and professionals working in this field.' Sarah E. MacPherson, Senior Lecturer in Human Cognitive Neuroscience, University of Edinburgh'This handbook focuses on the brain, but also integrates genetics and cognition. Come for a comprehensive brain survey and get the bonus of a panoramic foreshadowing of integrated intelligence research and applications.' Douglas K. Detterman, Louis D. Beaumont University Professor Emeritus of Psychological Sciences, Case Western Reserve University'This handbook captures the conceptualization and measurement of intelligence, which is one of psychology's greatest achievements. It shows how the advent of modern imaging techniques and large-scale data sets have added to our knowledge about brain-environmental-ability relationships and highlights the controversy in this rapidly expanding field.' Diane F. Halpern, Professor of Psychology, Emerita, Claremont McKenna College'This handbook assembles an impressive group of pioneers and outstanding young researchers at the forefront of intelligence neuroscience. The chapters summarize the state of the field today and foreshadows what it might become.' Lars Penke, Professor of Psychology, Georg August University of Göttingen'This book is a tribute to its topic. It is intelligently assembled, spanning all aspects of intelligence research and its applications. The authors are distinguished experts, masterfully summarising the latest knowledge about intelligence obtained with cutting-edge methodology. If one wants to learn about intelligence, this is the book to read.' Yulia Kovas, Professor of Genetics and Psychology, Goldsmiths University of LondonTable of ContentsPart I. Fundamental Issues: 1. Defining and Measuring Intelligence – The Psychometrics and Neuroscience of G Thomas R. Coyle; 2. Network Neuroscience Methods for Studying Intelligence Kirsten Hilger and Olaf Sporns; 3. Imaging the Intelligence of Humans Kenia Martínez and Roberto Colom; 4. Research Consortia and Large-Scale Data Repositories for Studying Intelligence Budhachandra Khundrakpam, J B Poline, and Alan Evans; Part II. Theories, Models, and Hypotheses: 5. Evaluating the Weight of the Evidence – Cognitive Neuroscience Theories of Intelligence Matthew J. Euler and Ty L. McKinney; 6. Human Intelligence and Network Neuroscience Aron K. Barbey; 7. It's About Time – Toward a Longitudinal Cognitive Neuroscience of Intelligence Rogier A. Kievit and Ivan L. Simpson-Kent; 8. A Lifespan Perspective on the Cognitive Neuroscience of Intelligence Joseph P. Hennessee and Denise C. Park; 9. Predictive Intelligence for Learning and Optimization – Multidisciplinary Perspectives from Social, Cognitive and Affective Neuroscience Christine Ahrends, Peter Vuust, and Morten L. Kringelbach; Part III. Neuroimaging Methods and Findings: 10. Structural and Diffusion-Weighted Imaging of Intelligence Erhan Genç and Christoph Fraenz; 11. Structural Neuroimaging of Intelligence Differences Stefan Drakulich and Sherif Karama; 12. Functional Brain Imaging of Intelligence Ulrike Basten and Christian J. Fiebach; 13. An Integrated, Dynamic Functional Connectome Underlies Intelligence Jessica R. Cohen and Mark D'Esposito; 14. Biochemical Correlates of Intelligence Rex E. Jung and Marwa O. Chohan; 15. Good Sense and Good Chemistry: Neurochemical Correlates of Cognitive Performance Assessed in Vivo through Magnetic Resonance Spectroscopy Naftali Raz, Jeffrey A. Stanley; Part IV. Predictive Modeling Approaches: 16. Predicting Individual Differences in Cognitive Ability from Brain Imaging and Genetics Kevin M Anderson and Avram J Holmes; 17. Predicting Cognitive-Ability Differences from Genetic and Brain-Imaging Data Emily A. Willoughby and James J. Lee; Part V. Translating Research on the Neuroscience of Intelligence into Action: 18. Enhancing Cognition Michael I. Posner and Mary K. Rothbart; 19. Patient-Based Approaches to Understanding Intelligence and Problem-Solving Shira Cohen-Zimerman, Carola Salvi, and Jordan Grafman; 20. Implications of Biological Research on Intelligence for Education and Public Policy Kathryn Asbury and Diana Fields; 21. Vertical and Horizontal Levels of Analysis in the Study of Human Intelligence Robert J. Sternberg; 22. How Intelligence Research Can Inform Education and Public Policy Jonathan Wai and Drew H. Bailey.

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Book SynopsisTable of ContentsAbout the Author ix About Lansons xi Acknowledgements xiii Preface xv Chapter 1 Our Brain 3 Chapter 2 Our Brain and Emotion 25 Chapter 3 Our Brain and Memory 49 Chapter 4 Our Brain and Attention 75 Chapter 5 Our Brain and Language 93 Chapter 6 Our Brain and Visual Perception 123 Chapter 7 Our Brain and Biases 143 Chapter 8 Our Brain and Creativity 171 Chapter 9 Our Brain and Change 197 Chapter 10 Our Brain and Stress 221 Chapter 11 Our Brain and Leadership 245 Chapter 12 Our Brain and Lifestyle 275 And finally . . . 311 A Note on Neurocomms 313 Index 315

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Book SynopsisCognitive Development and Cognitive Neuroscience: The Learning Brain is a thoroughly revised edition of the bestselling Cognitive Development. The new edition of this full-colour textbook has been updated with the latest research in cognitive neuroscience, going beyond Piaget and traditional theories to demonstrate how emerging data from the brain sciences require a new theoretical framework for teaching cognitive development, based on learning. Building on the framework for teaching cognitive development presented in the first edition, Goswami shows how different cognitive domains such as language, causal reasoning and theory of mind may emerge from automatic neural perceptual processes. Cognitive Neuroscience and Cognitive Development integrates principles and data from cognitive science, neuroscience, computer modelling and studies of non-human animals into a model that transforms the study of cognitive development to produce both a key introductory teTrade ReviewGoswami’s stated goal in writing this book is "to provide a selective, but hopefully representative, review of some of the most interesting past and current work in cognitive development and developmental cognitive neuroscience." She attains this goal in impressive fashion. Professors as well as students will learn a lot from reading this book; I know that I did.Robert S. Siegler, Schiff Foundations Professor of Psychology and Education, Teachers College, Columbia UniversityIn this revision of a now-classic overview of cognitive development, Goswami continues to provide an engaging and synthetic review of the best behavioural research in the area, informed by interchange with cognitive science, neuroscience, computer modelling, and studies of nonhuman animals. Working through the lens of neuroconstructivism, she nevertheless provides a lucid account of other classic and contemporary theories.Nora S. Newcombe, Laura H. Carnell Professor of Psychology, Temple University, PhiladelphiaIn this book, Goswami masterfully blends research from traditional approaches to the study of cognitive development with the latest insights into developmental processes emerging from neuroscience and genetics. Spanning the developmental arch from prenatal development through to adolescence, this book provides an engaging overview of the developmental processes associated with attention, learning, memory, language, reasoning and the emergence of concepts. A must read for not only for those interested in cognitive development but also for instructors seeking an up-to-date, interdisciplinary synthesis of cognitive development. Daniel Ansari, Department of Psychology & Faculty of Education, Western University, Canada While some texts have an encyclopedic feel in terms of including a one-sentence description of every study in the literature, giving rise to a disjointed reading experience, Goswami’s Cognitive Neuroscience and Cognitive Development has a more natural narrative flow. Coherence is preserved in the movement across topics because the book has an organizing theme in which ideas from cognitive neuroscience are used to connect perception and cognition. The notion that cognitive development may emerge from distributed spatial and temporal patterns of activity in brain response to perceptual experience, activity that is enriched as language is acquired, is especially provocative.Paul C. Quinn, Francis Alison Professor and Trustees Distinguished Professor of Psychological and Brain Sciences, University of Delaware, Newark DETable of ContentsForeword. 1. Infancy: The Physical World 1. 2. Infancy: The Physical World 2. 3. Infancy: The Psychological World. 4. Social Cognition, Mental Representation and Theory of Mind 5. Conceptual Development and the Biological World 269 - 340.6. Language Acquisition. 7. Causal Reasoning and the Human Brain 8. The Development of Memory 9. Metacognition, Reasoning and Executive Function 10. Schooling: Reading and Number 11. Theories of Cognitive Development

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Book SynopsisThe human brain is an impossibly complex and delicate instrument - capable of extraordinary calculations, abundant creativity and linguistic dexterity. But the brain is not just the most brilliant of evolutionary wonders. It's also one of the most bizarre.This book shows a whole other side of how brains work - from the patient who is afraid to take a shower because she fears her body will slip down the drain to a man who is convinced, against all evidence, that he is a cat, and a woman who compulsively snacks on cigarette ashes.Entertaining though they are, these cases are more than just oddities. In attempting to understand them, neuroscientists have uncovered important details about how the brain works. BIZARRE will examine these details while explaining what neuroscience's most unusual patients have taught us about normal brain function -ideal both for readers seeking a better appreciation of the inner workings of the brain and those

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Book SynopsisPrefaceIAppendix I - Basic Statistical Concepts for Sensory EvaluationIIAppendix A II- Nonparametric and Binomial-based Statistical MethodsIIIStatistical Appendix III- Analysis of Variance IVAppendix IV- Correlation, Regression and Measures of associationVAppendix V - Statistical Power and Test Sensitivity1Chapter 12Physiological and Psychological Foundations of Sensory Function3Principles of Good Practice4Discrimination Testing5Similarity, Equivalence Testing and Discrimination Theory6Measurement of Sensory Thresholds7Scaling8Time-intensity Methods9Context Effects and Biases in Sensory Judgment10Descriptive Judgment 11Texture Evalution12Color and Appearance 13Preference Testing14Acceptance Testing15Consumer Field Tests and Questionnaire Design16Qualitative Consumer Research Methods17Quality Control and Shelf-life (Stability) Testing18Data relationships and multivariate applications19Strategic ResearchTables A-QTrade ReviewFrom the reviews of the second edition:“This volume is an academic text, bringing together theory, methodologies and analysis techniques of sensory evaluation and references to thousands of research articles on sensory science in a logical and practical manner. … its primary aim is as a textbook for university-level sensory science modules. … also serves as an over-arching technical manual and resource for practicing food and drink technologists and sensory scientists. … The book is essential reading for those in the sensory evaluation sphere and serves as an excellent and practical reference.” (Patricia Stefanowicz, Journal of Wine Research, Vol. 24 (1), 2013)Table of ContentsPreface I Appendix I - Basic Statistical Concepts for Sensory Evaluation II Appendix A II- Nonparametric and Binomial-based Statistical Methods III Statistical Appendix III- Analysis of Variance IV Appendix IV- Correlation, Regression and Measures of association V Appendix V - Statistical Power and Test Sensitivity 1 Chapter 1 2 Physiological and Psychological Foundations of Sensory Function 3 Principles of Good Practice 4 Discrimination Testing 5 Similarity, Equivalence Testing and Discrimination Theory 6 Measurement of Sensory Thresholds 7 Scaling 8 Time-intensity Methods 9 Context Effects and Biases in Sensory Judgment 10 Descriptive Judgment 11 Texture Evalution 12 Color and Appearance 13 Preference Testing 14 Acceptance Testing 15 Consumer Field Tests and Questionnaire Design 16 Qualitative Consumer Research Methods 17 Quality Control and Shelf-life (Stability) Testing 18 Data relationships and multivariate applications 19 Strategic Research Tables A-Q

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Book SynopsisThis book will get you thinking about thinking.We understand more about the brain than ever before and we also have more tools than ever before to help us think. This book will show you how your brain works, how your mind works, why we all make certain mistakes in thinking and why that''s not always a bad thing. In order to understand how people behave, you need to understand how people think. And if you want to understand how people think, you need to have a basic understanding of cognitive psychology, cognitive science and cognitive neuroscience. This book explains cognition and the links between the brain, the mind and behaviour in a clear and straightforward way. Through interesting case studies and research examples, Minda shows how the brain is involved in mental activity, how memory works, how language affects thought, how good (and bad) decisions are made, and why we make predictable errors in our thinking. With practical applications for everyTrade ReviewThought-provoking . . . [Minda] knows the mind like the back of his hand . . . [How to Think] is a comprehensive account of thinking and behaviour that showcases the sheer brilliance of the human brain * Reaction *An approachable and engaging book about cognitive psychology for the curious lay reader ... I recommend this book to anyone with an interest in cognitive psychology or simply understanding human behaviour * The Psychologist *

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