Reviving The Living Meaning Making In Living Systems

Reviving the Living: Meaning Making in Living Systems presents a novel perspective that relates to current biological knowledge and issues. Written by polymath Dr. Yair Neuman, the book challenges the dogmas that frame our understanding of living systems and presents a radical alternative approach to understanding the world around us, one that avoids the pitfalls of non-scientific perspectives such as Vitalism and Creationism. In this thought provoking and iconoclastic manuscript, Neuman follows the footsteps of Gregory Bateson, Mikhail Bakhtin, Michael Polanyi and others, to suggest that living systems are meaning making systems. The book delves into the unique processes of meaning making that characterize organisms as a unique category of nature, and offers new and fascinating insights into a variety of enigmatic biological phenomena from immune memory to hidden life (cryptobiosis). It consists of four parts divided into 18 chapters and covers topics ranging from reductionism and its pitfalls to genetics; why organisms are irreducible; immunology; meaning making in language and biology; meaning-bridging the gap between physics and semantics; context and memory; and the poetry of living. Core concepts and themes are illustrated using examples based in current science. This text would be of high interest to biologists, philosophers, cognitive scientists, psychologists, and semioticians, as well as to any reflective individual who is willing to examine the realm of the living from a novel and fascinating perspective. * Presents a novel perspective that relates to current biological knowledge and issues * Poses thought provoking ideas for theoretical biologists, those studying philosophy of science and the mind, cognitive scientists, semioticians, and people involved with Artificial Intelligence. * Includes examples based in current science to illustrate core concepts and themes

The International Conference on Complex Systems (ICCS) creates a unique atmosphere for scientists of all fields, engineers, physicians, executives, and a host of other professionals to explore common themes and applications of complex system science. With this new volume, Unifying Themes in Complex Systems continues to build common ground between the wide-ranging domains of complex system science.

Fifteen years after the first genetically modified (GM) seeds and food, only four GM plants have achieved significant market positions: corn, cotton, rapeseed and soybeans. Most of the other new constructs have caused unsolved problems or are only at the project stage, demonstrating the complexity of the task facing biotech companies. Doubts are also emerging about the real economic and agronomic benefits of genetically modified organisms. Little is known about their potential for upsetting environmental biodiversity in an irreversible way. Worries about their impact on human health have not been dispelled but have increased with the evident incapacity of current international standards to ensure controls and enforcement. Reliable risk assessment models and methodologies have not yet been developed and cannot be expected soon: this makes it impossible to assess the nature (qualitative aspects) and extent (quantitative aspects) of the risks, and prevents estimates based on the risk/benefit ratio. In this situation it seems prudent to resort to the precautionary principle, defined in the Cartagena Protocol and incorporated in the Rio Declaration. The stakes are high and discussion needs to be brought to a level of scientific proof that leaves no room for ambiguity or alibis. Governments, companies and scientists must be called to respond to the specific questions raised by the vast scientific literature. There have been too many accusations of poor science and too many unproven claims and statements, symptomatic of conflicts of interest. It is time for fair debate with all sides on an equal footing.

This book provides an extensive overview and analysis of current work on semiotics that is being pursued globally in the areas of literature, the visual arts, cultural studies, media, the humanities, natural sciences and social sciences. Semiotics—also known as structuralism—is one of the major theoretical movements of the 20th century and its influence as a way to conduct analyses of cultural products and human practices has been immense. This is a comprehensive volume that brings together many otherwise fragmented academic disciplines and currents, uniting them in the framework of semiotics. Addressing a longstanding need, it provides a global perspective on recent and ongoing semiotic research across a broad range of disciplines. The handbook is intended for all researchers interested in applying semiotics as a critical lens for inquiry across diverse disciplines.

Human psychology is deeply rooted in the culture in which people live. Introduction to Computational Cultural Psychology introduces a revolutionary approach for studying cultural psychology. Drawing on novel computational tools and in-depth case studies, Professor Yair Neuman offers thought-provoking answers to questions such as: how are thought and language deeply related? How can computers help us to understand different cultures? How can computers assist military intelligence in identifying vengeful intentions? And how is our concept of 'love' rooted in our basic embodied experience? Written by a leading interdisciplinary researcher this book is a 'tour-de-force' which will be of interest to a variety of researchers, students and practitioners in psychology as well as an interdisciplinary audience with an interest in the intricate web weaved between the human psyche and its cultural context.

Synthesizing the findings from a wide range of disciplines – from biology and anthropology to philosophy and linguistics – the emerging field of Biosemiotics explores the highly complex phenomenon of sign processing in living systems. Seeking to advance a naturalistic understanding of the evolution and development of sign-dependent life processes, contemporary biosemiotic theory offers important new conceptual tools for the scientific understanding of mind and meaning, for the development of artificial intelligence, and for the ongoing research into the rich diversity of non-verbal human, animal and biological communication processes. Donald Favareau’s Essential Readings in Biosemiotics has been designed as a single-source overview of the major works informing this new interdiscipline, and provides scholarly historical and analytical commentary on each of the texts presented. The first of its kind, this book constitutes a valuable resource to both bioscientists and to semioticians interested in this emerging new discipline, and can function as a primary textbook for students in biosemiotics, as well. Moreover, because of its inherently interdisciplinary nature and its focus on the ‘big questions’ of cognition, meaning and evolutionary biology, this volume should be of interest to anyone working in the fields of cognitive science, theoretical biology, philosophy of mind, evolutionary psychology, communication studies or the history and philosophy of science.

In the ongoing debate about evolution, science and faith face off. But the truth is both sides are right and wrong. In one corner: Atheists like Richard Dawkins, Daniel Dennett, and Jerry Coyne. They insist evolution happens by blind random accident. Their devout adherence to Neo-Darwinism omits the latest science, glossing over crucial questions and fascinating details. In the other corner: Intelligent Design advocates like William Dembski, Stephen Meyer, and Michael Behe. Many defy scientific consensus, maintaining that evolution is a fraud and rejecting common ancestry outright. There is a third way. Evolution 2.0 proves that, while evolution is not a hoax, neither is it random nor accidental. Changes are targeted, adaptive, and aware. You'll discover: How organisms re-engineer their genetic destiny in real time Amazing systems living things use to re-design themselves Every cell is armed with machinery for editing its own DNA The five amazing tools organisms use to alter their genetics 70 years of scientific discoveries—of which the public has heard virtually nothing! Perry Marshall approached evolution with skepticism for religious reasons. As an engineer, he rejected the concept of organisms randomly evolving. But an epiphany—that DNA is code, much like data in our digital age—sparked a 10-year journey of in-depth research into more than 70 years of under-reported evolutionary science. This led to a new understanding of evolution—an evolution 2.0 that not only furthers technology and medicine, but fuels our sense of wonder at life itself. This book will open your eyes and transform your thinking about evolution and God. You'll gain a deeper appreciation for our place in the universe. You'll see the world around you as you've never seen it before. Evolution 2.0 pinpoints the central mystery of biology, offering a multimillion dollar technology prize at naturalcode.org to the first person who can solve it.

This book presents programmatic texts on biosemiotics, written collectively by world leading scholars in the field (Deacon, Emmeche, Favareau, Hoffmeyer, Kull, Markos, Pattee, Stjernfelt). In addition, the book includes chapters which focus closely on semiotic case studies (Bruni, Kotov, Maran, Neuman, Turovski). According to the central thesis of biosemiotics, sign processes characterise all living systems and the very nature of life, and their diverse phenomena can be best explained via the dynamics and typology of sign relations. The authors are therefore presenting a deeper view on biological evolution, intentionality of organisms, the role of communication in the living world and the nature of sign systems - all topics which are described in this volume. This has important consequences on the methodology and epistemology of biology and study of life phenomena in general, which the authors aim to help the reader better understand.