In recent years, Nietzsche’s views on (natural) science attracted a considerable amount of scholarly attention. Overall, his attitude towards science tends to be one of suspicion, or ambivalence at least. My article addresses the “Nietzsche and science” theme from a slightly different perspective, raising a somewhat different type of question, more pragmatic if you like, namely: how to be a Nietzschean philosopher of science today? What would the methodological contours of a Nietzschean approach to present-day research areas (such as neuroscience, (...) astrophysics, synthetic biology or climate studies) amount to? In other words, my paper reflects a shift of focus from author studies to extrapolation. The design of my article is as follows. I will start with the question (already widely discussed in the expert literature) to what extent Friedrich Nietzsche (a classical philologist by training) managed to familiarise himself with the natural sciences of his epoch. Subsequently, I will outline some basic methodological and conceptual ingredients of Nietzsche’s philosophy of science, focussing on core issues such as “genealogy”, “interpretation”, “enhancement” and “truth”. Next, I will elucidate Nietzsche’s genealogical methodology with the help of three case studies (three representative samples if you will) taken from Nietzsche’s writings and dealing with physiology, astronomy and neuro-psychology respectively. Finally, I will present the methodological contours of a Nietzschean understanding of contemporary technoscience. (shrink)

Remarks on the Relations between Neurophysiology and Psychology. In the last decades of Analytical Philosophy, contributions to the so-called mind-body-problem have been suffering by several serious methodological misunderstandings: they have failed, for instance, to distinguish between explanations of particular and strictly general ("necessary") properties and between two important senses of existential statements; and they have overlooked the role conceptual explanations play in the development of science. Changing our methodological premisses, we should be able to put questions like that of (...) the relation between (neuro)physiological and psychological phenomena in a new way - and we should be able to see that such newly understood questions allow answers which evade the pitfalls of both reductionist and holistic positions. The paper tries to illustrate and to defend these contentions by reference to a very elementary example: the rational re-building of our concepts to identify behaviour by which a subject controls the position of his body in space. (shrink)

This book proposes a new, unified view of the mind which integrates the insights of philosophers, psychologists, and neuroscientists. Through a detailed discussion of major theories from all these, and related disciplines, the author gradually reveals fundamental links between these previously unconnected approaches to human thought and experience. The author has studied medicine, philosophy, mathematics and history, and is currently a practising psychiatrist and a teacher at the Harvard Medical School. He discusses diverse fields of thought with depth and (...) clarity, and his unique perspective should stimulate a re-evaluation of our traditional approaches to the mind. (shrink)

This article is a brief formulation of a radical thesis. We start with the formalist doctrine that mathematical objects have no meanings; we have marks and rules governing how these marks can be combined. That's all. Then I go further by arguing that the signs of a formal system of mathematics should be considered as physical objects, and the formal operations as physical processes. The rules of the formal operations are or can be expressed in terms of the laws of (...) physics governing these processes. In accordance with the physicalist understanding of mind, this is true even if the operations in question are executed in the head. A truth obtained through (mathematical) reasoning is, therefore, an observed outcome of a neuro-physiological (or other physical) experiment. Consequently, deduction is nothing but a particular case of induction. (shrink)

This book brings cutting edge neuroscience and psychology into dialogue with philosophical reflection to illuminate the loss of control experienced by addicts, and thereby cast light on ordinary agency and the way in which it sometimes goes wrong.

In order to understand Hegel’s form of philosophical reflection in general, we must read his ‘speculative’ sentences about spirit and nature, rationality and reason, the mind and its embodiment as general remarks about conceptual topics in topographical overviews about our ways of talking about ourselves in the world. The resulting attitude to traditional metaphysics gets ambivalent in view of the insight that Aristotle’s prima philosophia is knowledge of human knowledge, developed in meta-scientific reflections on notions like ‘nature’ and ‘essence’, ‘reality’ (...) and ‘truth’, about ‘powers’ and ‘faculties’ – and does not lead by itself to an object-level theory about spiritual things like the soul. We therefore cannot just replace critical metaphysics of the human mind by empirical investigation of human behaviour as empiricist approaches to human cognition in naturalized epistemologies do and neuro-physiological explanations propose. Making transcendental forms and material presuppositions of conceptually informed perception and experience explicit needs some understanding of figurative forms of speech in our logical reflections and leads to other forms of knowledge than empirical observation and theory formation. (shrink)

How can reasons explain actions? What is the force of "because" in "He did this because..." followed by a statement of the agent's intentions? The answer involves some concept of what can count as explanation, and the history of science indicates that the acceptability of explanations depends, in part, on a scientific community which has decided to pursue its inquiries in one direction rather than another. The first part of this paper examines this pragmatic aspect of explanations; the second part (...) draws on this examination in the hope of elucidating the way reasons explain actions. The possibility of eliminating our ordinary, "purposive," explanations of actions in favor of some "mechanistic," neuro-physiological, account is then considered. (shrink)

Understanding Eating Disorders is an original contribution to the field of healthcare ethics. It develops a new theory concerning the moral basis of eating disorders, and places such disorders for the first time at the centre of philosophical discourse. The book explores the relationship that people have with food and their own body by looking at genetics and neuro-physiology, sociology and family studies, clinical psychology and psychiatry, and frames abnormal eating at the extreme of a spectrum of normal (...) behaviours, directed by moral values. Giordano argues that abnormal eating is not a psycho-pathological phenomenon, but the coherent implementation of ordinary moral values with a long tradition in Western culture. The book also contains a detailed analysis of UK legislation, accompanied by a timely critique of the law on treatment of mental disorders in general and of eating disorders in particular. (shrink)

Medical explanations of socially maladaptive behaviors most often involve an appeal to neuro-physiological models. One consequence of the appeal to such models is a lack of attention to the social character of the behaviors. It is, I argue, the social character of the behaviors that, even accepting a neuro-physiological etiology, makes classification and, hence, explanation of these disorders controversial and suspect. At the heart of the problem is the difficulty, resulting from the social aspects of the disorder, in (...) fulfilling the logical conditions of the analogical arguments employed in the explanations. The theoretical points of the paper are illustrated by a discussion of hyperactivity. CiteULike Connotea Del.icio.us What's this? (shrink)

This article is a brief formulation of a radical thesis. We start with the formalist doctrine that mathematical objects have no meanings; we have marks and rules governing how these marks can be combined. That's all. Then I go further by arguing that the signs of a formal system of mathematics should be considered as physical objects, and the formal operations as physical processes. The rules of the formal operations are or can be expressed in terms of the laws of (...) physics governing these processes. In accordance with the physicalist understanding of mind, this is true even if the operations in question are executed in the head. A truth obtained through (mathematical) reasoning is, therefore, an observed outcome of a neuro-physiological (or other physical) experiment. Consequently, deduction is nothing but a particular case of induction. (shrink)

Eugen Bleuler, in 1911, renamed the group of mental disorders with poor prognosis which Emil Kraepel in had called ``dementia praecox'' ``group of schizophrenias'',because for him the splitting of personality was the main symptom.Biographical, scientific and methodological influences on Bleuler's concept of schizophrenia are shown with special reference to Kraepelin and Freud.Bleuler was a passionate and very experienced clinician. He lived with his patients, taking care of them and writing down his observations. Methodologically he was an empiricist and an eclecticist (...) with a wide reading knowledge.In an impaired association of ideas, in disordered affectivity, in marked ambivalence and autism Bleuler saw the main symptoms of schizophrenia. For him these so-called pathological phenomena actually seemed to be only exaggerations of normal psychic functions. So there were only a quantitative, not a qualitative difference between schizophrenia and normal psychic processes and studies on schizophrenic ``pathology'' –seen as a disturbance, not as a disease – might analogously illustrate normal psychic reactions and vice versa.In etiology as well as in therapy Bleuler took into account psychological and (neuro)physiological(somatic) mechanisms – thus combining organicism and dynamic psychiatry and coming very close to modern concepts, e.g. the one of stress and vulnerability. Bleuler's main merit is the stressing of an idiographic ``understanding'' of the patient and a plausible and subtle explanation of schizophrenia which helped to reduce the alienation of the affected persons. (shrink)

The text begins with the analysis of two terms regarding life crucial to both Wittgenstein's early and late philosophy. These are life form and nature, specifically, human nature. Wittgenstein treats both concepts in a very specific manner, different from the traditional approach of philosophy. He also criticized philosophical attempts to attribute special characteristics to human intellectual abilities which would separate them from natural processes. A particular 'spiritual' status of epistemic and other rational powers disappears when there is an (...) insight into their dependence on discursive practices and specific forms of life on which these powers are based. Concepts such as certainty, knowledge, or explanations do not rest on a rational foundation, that is, they do not refer to processes with particular un-natural properties. Nor can they be reduced to neuro-physiological processes, either. Instead, it is a specific grammar of their usage that makes them different from other concepts describing physical or biological processes. In that sense, Wittgenstein develops a non-reductionist version of naturalism which preserves the diversity of human relations in the world. (shrink)

"Sex Robots and Solipsism" presents and reflects upon rapidly evolving developments in human-robot relations. It argues that psychological, phenomenological and neuro-physiological evidence suggests that our new media-saturated environment is eroding the human capacity for deep and prolonged concentration, empathy and attachment. As machines become more human-like, humans become more machine-like. This sets the stage for diminished relations between humans - shallow relations that are increasingly capable of being replaced by relations with artificially intelligent machines.

Carl F. Craver investigates what we are doing when we use neuroscience to explain what's going on in the brain. When does an explanation succeed and when does it fail? Craver offers explicit standards for successful explanation of the workings of the brain, on the basis of a systematic view about what neuroscientific explanations are.

The text begins with the analysis of two terms regarding life crucial to both Wittgenstein's early and late philosophy. These are life form and nature, specifically, human nature. Wittgenstein treats both concepts in a very specific manner, different from the traditional approach of philosophy. He also criticized philosophical attempts to attribute special characteristics to human intellectual abilities which would separate them from natural processes. A particular 'spiritual' status of epistemic and other rational powers disappears when there is an (...) insight into their dependence on discursive practices and specific forms of life on which these powers are based. Concepts such as certainty, knowledge, or explanations do not rest on a rational foundation, that is, they do not refer to processes with particular un-natural properties. Nor can they be reduced to neuro-physiological processes, either. Instead, it is a specific grammar of their usage that makes them different from other concepts describing physical or biological processes. In that sense, Wittgenstein develops a non-reductionist version of naturalism which preserves the diversity of human relations in the world. (shrink)

I discuss the treatment by Chisholm of the problem posed by the fact that one can produce some neuro-physiological changes by moving a limb, namely the ones which cause the motions. I concentrate largely on the treatment Chisholm gave to this question before Person and Object, and I compare it with von Wright's discussion of it, I conclude that there are correct elements about both but that both are unsatisfactory, Chisholm's because it entails that we must know something which (...) we manifestly need not know when we move. (shrink)

I discuss the treatment by Chisholm of the problem posed by the fact that one can produce some neuro-physiological changes by moving a limb, namely the ones which cause the motions. I concentrate largely on the treatment Chisholm gave to this question before Person and Object, and I compare it with von Wright's discussion of it, I conclude that there are correct elements about both but that both are unsatisfactory, Chisholm's because it entails that we must know something which (...) we manifestly need not know when we move. (shrink)

I discuss the treatment by Chisholm of the problem posed by the fact that one can produce some neuro-physiological changes by moving a limb, namely the ones which cause the motions. I concentrate largely on the treatment Chisholm gave to this question before Person and Object, and I compare it with von Wright's discussion of it, I conclude that there are correct elements about both but that both are unsatisfactory, Chisholm's because it entails that we must know something which (...) we manifestly need not know when we move. (shrink)

The paper focuses on the embodied view of cognition applied to language. First we discuss what we intend when we say that concepts are “embodied”. Then we briefly explain the notion of simulation, addressing also its neuro-physiological basis. In the main part of the paper we will focus on concepts mediated by language, presenting behavioral and neuro-physiological evidence of the action/perception systems activation during words and sentences comprehension.

This book explores the concept of consciousness when defined in the terms mind, spirit, soul and awareness. It consists of the edited proceedings of a colloquium held in Cordoba, at which experts in physics, neuro- and psycho-physiology, analytical psychology, philosophy and religious knowledge discussed aspects of their work related to this main theme. The following areas are covered: quantum mechanics and the role of consciousness, neurophysiology and states of consciousness, the manifestation of the psyche in consciousness, the (...) odyssey of consciousness, and science and consciousness. The discussions which follow give a multi-disciplinary perspective on the questions involved. (shrink)

The essay analyzes the influence of evolutionary thought in the work of Sigmund Freud. Based on Freud's initial occupation as a neuro-anatomist and physiologist certain aspects stemming from the history of nature and developmental biological reasoning that played a role in his endeavours to find a new basis for medical psychology will be pointed out. These considerations are to be regarded as prolegomena of the task to reread Freud once again, and in doing so avoiding the verdict that holds (...) his neuro-anatomic and comparative-morphological works as simply "pre-analytic." In fact, the time seems ripe to reconsider in a new context particularly those evolutionary, medical, and cultural-scientific elements in Freud's work that appear inconsistent at first sight. The substantial thesis is that Freud, given the fact that he was trained in comparative anatomy and physiology in the tradition of Johannes Müller, had the capability of synthesizing elements of this new point of view with the findings and interrogations concerning developmental history and the theory of evolution. More over, this was perceived not merely metaphoric, as he himself stressed it (Freud 1999, XIII, 99), but in the sense of Übertragung, that inscribed terms and methods deriving from the given field into the realm of psychology. The moving force behind this particular Übertragung came from a dynamically-neurological perception of the soul that emerged in France since 1800, which Freud came to know trough the late work of Charcot. (shrink)