We have known for over a thousand years that the brain underlies behavioral expression, but effective scientific study of the brain is only very recent. Two things converge in this book: a great respect for neuroscience and its many variations, and a sense of investigation and inquiry demythologized. Think of it as foraging for coherence.

We have known for over a thousand years that the brain underlies behavioral expression, but effective scientific study of the brain is only very recent. Two things converge in this book: a great respect for neuroscience and its many variations, and a sense of investigation and inquiry demythologized. Think of it as foraging for coherence.

This book explores the cultures of philosophy and the law as they interact with neuroscience and biology, through the perspective of American jurist Oliver Wendell Holmes’ Jr., and the pragmatist tradition of John Dewey. Schulkin proposes that human problem solving and the law are tied to a naturalistic, realistic and an anthropological understanding of the human condition. The situated character of legal reasoning, given its complexity, like reasoning in neuroscience, can be notoriously fallible. Legal and scientific reasoning is to be understood within a broader context in order to emphasize both the continuity and the porous relationship between the two. Some facts of neuroscience fit easily into discussions of human experience and the law. However, it is important not to oversell neuroscience: a meeting of law and neuroscience is unlikely to prove persuasive in the courtroom any time soon. Nevertheless, as knowledge of neuroscience becomes more reliable and more easily accepted by both the larger legislative community and in the wider public, through which neuroscience filters into epistemic and judicial reliability, the two will ultimately find themselves in front of a judge. A pragmatist view of neuroscience will aid and underlie these events.

Pragmatism—a pluralistic philosophy with kinships to phenomenology, Gestalt psychology, and embodied cognitive science—is resurging across disciplines. It has growing relevance to literary studies, the arts, and religious scholarship, along with branches of political theory, not to mention our understanding of science. But philosophies and sciences of mind have lagged behind this pragmatic turn, for the most part retaining a central-nervous-system orientation, which pragmatists reject as too narrow. Matthew Crippen, a philosopher of mind, and Jay Schulkin, a behavioral neuroscientist, offer an innovative interdisciplinary theory of mind. They argue that pragmatism in combination with phenomenology is not only able to give an unusually persuasive rendering of how we think, feel, experience, and act in the world but also provides the account most consistent with current evidence from cognitive science and neurobiology. Crippen and Schulkin contend that cognition, emotion, and perception are incomplete without action, and in action they fuse together. Not only are we embodied subjects whose thoughts, emotions, and capacities comprise one integrated system; we are living ecologies inseparable from our surroundings, our cultures, and our world. Ranging from social coordination to the role of gut bacteria and visceral organs in mental activity, and touching upon fields such as robotics, artificial intelligence, and plant cognition, Crippen and Schulkin stress the role of aesthetics, emotions, interests, and moods in the ongoing enactment of experience. Synthesizing philosophy, neurobiology, psychology, and the history of science, Mind Ecologies offers a broad and deep exploration of evidence for the embodied, embedded, enacted, and extended nature of mind.

This monograph presents a unitary account of Dewey’s philosophy of science and demonstrates the relevance for contemporary debates. The book is written from a theoretical angle and explains Dewey's via on Experience, Language, Inquiry, Construction and Realism. Via taking this route the book addresses key philosophical problems - such as the nature of language, the idea of experience, the notion of logical constructivism, the criticism of representationalism and the nature of scientific practices. John Dewey (1859-1952) is one of the most representative philosophers of the United States. He is well known for his work in education, psychology and social reform and one of the primary figures associated with the philosophy of pragmatism. His Philosophy of Science underwent a period of almost total unpopularity and neglect. In recent times, however, as a consequence of the strong pragmatist renaissance we are now witnessing, Dewey’s philosophy of science has attracted new attention. This book presents for the first time a comprehensive overview of Dewey's philosophy of science and will be of interest to scholars working in nineteenth and twentieth century philosophy of science and on the relationship between Pragmatism and Logical Empiricism.

A dialogue between contemporary neuroscience and John Dewey’s seminal philosophical work Experience and Nature, exploring how the bodily roots of human meaning, selfhood, and values provide wisdom for living. The intersection of cognitive science and pragmatist philosophy reveals the bodily basis of human meaning, thought, selfhood, and values. John Dewey's revolutionary account of pragmatist philosophy Experience and Nature (1925) explores humans as complex social animals, developing through ongoing engagement with their physical, interpersonal, and cultural environments. Drawing on recent research in biology and neuroscience that supports, extends, and, on occasion, reformulates some of Dewey's seminal insights, embodied cognition expert Mark L. Johnson and behavioral neuroscientist Jay Schulkin develop the most expansive intertwining of Dewey's philosophy with biology and neuroscience to date. The result is a positive, life-affirming understanding of how our evolutionary and individual development shapes who we are, what we can know, where our deepest values come from, and how we can cultivate wisdom for a meaningful and intelligent life.

This Element introduces a biological approach to cognition, which highlights the significance of allostatic regulation and the navigation of challenges and opportunities. It argues that cognition is best understood as a juggling act, which reflects numerous ongoing attempts to minimize disruptions while prioritizing the sources of information that are necessary to satisfy social and biological needs; and it provides a characterization of the architectural constraints, neurotransmitters, and affective states that shape visual perception, as well as the regulatory capacities that sustain flexible patterns of thought and behavior.