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Understanding Human Conduct: The Innate and Acquired Meaning of Life presents a new and provocative model of life-meaning. The Consciousness-Meaning (CM) model is founded on two major assumptions: (a) consciousness is a necessary condition for meaning and understanding, and (b) there are two types of life-meaning, innate and acquired. The latter is divided into ordinary and extreme meanings. The CM model successfully deals with human behavior (e.g., crisis of life and suicide) as well as alternative approaches based on philosophy (e.g., existentialism) and science (e.g., evolution).
In How to Explain Behavior: A Critical Review and New Approach, Sam S. Rakover proposes a critical review of explanation models (procedures); presents explanation as an essential part of research methodology; depicts understanding as based on explanation models and other procedures; provides a list of basic ideas common to most explanation models; supplies an approach that unifies mechanistic explanations as used by the sciences with mentalistic explanations that are based on one's inner world; and provides a general procedure for explaining individual behavior.
Face Recognition: Cognitive and Computational Processes critically discusses current research in face recognition, leading to an original approach with criminological applications. The book covers • The methodological and philosophical basis of research in face recognition. • Findings and their explanations, conceptual issues, theories and models of face recognition • The Catch Model (Rakover & Cahlon) for reconstructing (identifying) a face from memory, and other models and methods of face reconstruction. • Conscious perception and recognition of faces. The book also discusses original ideas on conceptualizing face perception and recognition in tasks of facial cognition, developing the Schema Theory and the Catch Model, and introducing Rakover & Cahlon's discovery of the proposed law of Face Recognition by Similarity (FRBS). (Series B)
For some years we have been conducting at the University of Haifa an interdisciplinary seminar on explanation in philosophy and psychology. We habitually begin the seminar with some philosophical reflections on explanation - an analysis of the concept and its metaphysical underpinnings. We discuss the various models and proceed to examine explanation in the setting of psychology. Thus, from the outset, we have focused not only on the concept itself but also on its application. The objective that we have set for the seminar, attended by students from both departments, Philosophy and Psychology, has been a critical understanding of the concept of explanation, its use and limitations. We were k...
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In daily life we take it for granted that our minds have conscious control of our actions, at least for most of the time. But many scientists and philosophers deny that this is really the case, because there is no generally accepted theory of how the mind interacts with the body. Max Velmans presents a non-reductive solution to the problem, in which 'conscious mental control' includes 'voluntary' operations of the preconscious mind. On this account, biological determinism is compatible with experienced free will. Velmans' theory is put to the test by nine critics: Ron Chrisley, Todd Feinberg, Jeffrey Gray, John Kihlstrom, Sam Rakover, Ramakrishna Rao, Aaron Sloman, Steve Torrance and Robert Van Gulick.
This thesis studies the impact of teaching intelligent design to evangelical students. Science is often presented as a reason why some find sharing their faith difficult in a secular culture: teaching the science of intelligent design enables Christians to initiate conversations and overcome obstacles with those whose worldview is more Darwinian and materialist. The professional doctoral research employs both action research and practical theology. Lin Norton's pedagogical action research provides the structure for the qualitative research and thematic analysis, showing that students find learning about intelligent design empowering for evangelism. Richard Osmer's model of practical theology...
For a few decades, the puzzle of consciousness, which for centuries was analysed by philosophers, has been finding a wide interest in the scientific field, where previously it was not entitled to be a member. It has become one of the most-debated problems in the cognitive sciences. The anatomical bases, neurophysiological correlates and elementary mechanisms underlying complex processes arising with consciousness have been compared with the psychological (perceptive, cognitive, volitive, emotional) aspects of conscious expressions, in normal and pathological conditions. Various theories, which attempt to fit systematically and coherently neural and psychological data, have been debated, proving the emergence of the phenomenon of consciousness.
More than 30 leading experts from around the world provide comprehensive coverage of various branches of face image analysis, making this text a valuable asset for students, researchers, and practitioners engaged in the study, research, and development of face image analysis techniques.
The Philosophy of Scientific Experimentation focuses on the identification and clarification of philosophical issues in experimental science.Since the late 1980s, the neglect of experiment by philosophers and historians of science has been replaced by a keen interest in the subject. In this volume, a number of prominent philosophers of experiment directly address basic theoretical questions, develop existing philosophical accounts, and offer novel perspectives on the subject, rather than rely exclusively on historical cases of experimental practice.Each essay examines one or more of six interconnected themes that run throughout the collection: the philosophical implications of actively and intentionally interfering with the material world while conducting experiments; issues of interpretation regarding causality; the link between science and technology; the role of theory in experimentation involving material and causal intervention; the impact of modeling and computer simulation on experimentation; and the philosophical implications of the design, operation, and use of scientific instruments.