This book explores the puzzling phenomenon of new veiling practices among lower middle class women in Cairo, Egypt.

Alle Formen von Leben entstanden aus der primitiven Zelle, betrachtet eher als eine Art denn als ein Individuum, welches die Fähigkeit für ununterbrochene Selbst-Teilung besass. Fortgesetzte Vermehrung der Zellen mag eins von drei verschiedenen Verfahren folgen: 1. Die zwei Zellen von jeder Teilung hervorgehend, mögen sich vollständig von einander trennen; diese Linie der Entwicklung der primitiven Zelle rief die Protozoa hervor. 2. Während die Zellen sich teilen, mögen sie mehr oder weniger unregelmässig zusammen hängen. Diese Linie rief die Porifera hervor. (...) 3. Die sich teilenden Zellen mögen regelmässig zusammenhängen, eine Blastula und eine Gastrula bildend. Die Gastrula ist fähig eine unbestimmte Anzahl von Variationen hervorzubringen, und durch diese Variationen in der Gastrula entstanden alle Tier-Typen ausser der Protozoa und der Porifera.Diese Linien der Entwicklung von der einzelnen Zelle stellen alle die physischen und geometrischen entfaltungsfähigen Möglichkeiten, denkbar im Falle von Zellen, dar, die die Kraft besitzen sich durch Selbst-Teilung zu vermehren. Da diese entfaltungsfähigen Linien einfach mechanische Antworten auf die geometrischen und physischen Eigentümlichkeiten sind, eigen der Vermehrung der sich selbst teilenden Zellen, so gibt es keine Rechtfertigung für die Annahme einer bestimmten Ordnung in ihrem Vorkommen. Es ist logischer anzunehmen, dass die primitive Zelle gleich nach ihrem Erscheinen sich nach jeder möglichen Richtung gleichzeitig entwickelte, kurz, dass alle die Haupttypen des Tierlebens gleichzeitig erschienen.Es gibt keinen Beweis gegen diese Annahme, welche in Übereinstimmung mit dem geologischen Hintergrund des Lebens ist, wie wir es verstehen; mit der Fossilien-Urkunde, wie illustriert durch Fossilien von genau vergleichbaren Umgebungen; und mit der angenommenen Nötigkeit für ein System von Kontrolle und Ausgleich zwischen den verschiedenen Typen von Leben.Toutes les formes de la vie proviennent d'une cellule primitive unique, considérée comme espèce plutôt que comme individu, possédant le pouvoir de se multiplier par bi-partition répétée. La propagation continue de cellules peut avoir lieu de trois façons différentes: 1. Les deux cellules, après la division, peuvent se séparer complètement l'une de l'autre; cette forme de propagation de la cellule primitive a donné lieu aux Protozoaires. 2. Les cellules, en se divisant, peuvent rester liées plus ou moins irrégulièrement; cette forme de propagation caractérise les Porifères . 3. Les cellules, en se divisant, peuvent rester liées selon un arrangement régulier, en formant une blastula et une gastrula; la gastrula peut être formée selon un infinité de modalités, et c'est à ces différences de la formation de la gastrula que sont dues toutes les espèces animales exceptés les Protozoaires et les spongiées.Ces formes de propagation de la cellule unique représentent la somme des possibilités d'arrangement permises par les lois de la géométrie et de la physique. Du moment que ces procédés de propagation sont soumis à un arrangement mécanique gouverné par des lois physiques et géométriques, il n'y a pas lieu d'admettre qu'il y ait, dans leur succession, d'ordre déterminé. Il est plus logique de supposer qu'aussitôt parue la cellule primitive se soit propager simutanément dans toutes les directions concevables, en d'autres mots que toutes les phyla animales se soient différenciées au même moment.Aucune preuve ne démont cette hypothèse qui, d'ailleurs, concorde avec les prémises géologiques de la vie telles que nous les comprenons, avec les vestiges fossilisés de couches géologiques strictément comparable, et avec la théorie qui admet l'établissement de l'équilibre entre les différentes espèces animales au moyen d'un contrôle et de limitations mutuelles. (shrink)

McCoy and colleagues (2023) offer a reflective framework for data ethics and governance with several historical bioethics principles as a foundation. Their framework is one among a plethora of othe...

The book uses Zen Buddhism as the opening wedge for an extraordinarily wide-ranging exploration of consciousness.

This sequel to the widely read Zen and the Brain continues James Austin's explorations into the key interrelationships between Zen Buddhism and brain research. In Zen-Brain Reflections, Austin, a clinical neurologist, researcher, and Zen practitioner, examines the evolving psychological processes and brain changes associated with the path of long-range meditative training. Austin draws not only on the latest neuroscience research and new neuroimaging studies but also on Zen literature and his personal experience with alternate states of consciousness.Zen-Brain (...) Reflections takes up where the earlier book left off. It addresses such questions as: how do placebos and acupuncture change the brain? Can neuroimaging studies localize the sites where our notions of self arise? How can the latest brain imaging methods monitor meditators more effectively? How do long years of meditative training plus brief enlightened states produce pivotal transformations in the physiology of the brain? In many chapters testable hypotheses suggest ways to correlate normal brain functions and meditative training with the phenomena of extraordinary states of consciousness.After briefly introducing the topic of Zen and describing recent research into meditation, Austin reviews the latest studies on the amygdala, frontotemporal interactions, and paralimbic extensions of the limbic system. He then explores different states of consciousness, both the early superficial absorptions and the later, major "peak experiences." This discussion begins with the states called kensho and satori and includes a fresh analysis of their several different expressions of "oneness." He points beyond the still more advanced states toward that rare ongoing stage of enlightenment that is manifest as "sage wisdom."Finally, with reference to a delayed "moonlight" phase of kensho, Austin envisions novel links between migraines and metaphors, moonlight and mysticism. The Zen perspective on the self and consciousness is an ancient one. Readers will discover how relevant Zen is to the neurosciences, and how each field can illuminate the other. (shrink)

This sequel to the widely read Zen and the Brain continues James Austin's explorations into the key interrelationships between Zen Buddhism and brain research. In Zen-Brain Reflections, Austin, a clinical neurologist, researcher, and Zen practitioner, examines the evolving psychological processes and brain changes associated with the path of long-range meditative training. Austin draws not only on the latest neuroscience research and new neuroimaging studies but also on Zen literature and his personal experience with alternate states of consciousness.Zen-Brain (...) Reflections takes up where the earlier book left off. It addresses such questions as: how do placebos and acupuncture change the brain? Can neuroimaging studies localize the sites where our notions of self arise? How can the latest brain imaging methods monitor meditators more effectively? How do long years of meditative training plus brief enlightened states produce pivotal transformations in the physiology of the brain? In many chapters testable hypotheses suggest ways to correlate normal brain functions and meditative training with the phenomena of extraordinary states of consciousness.After briefly introducing the topic of Zen and describing recent research into meditation, Austin reviews the latest studies on the amygdala, frontotemporal interactions, and paralimbic extensions of the limbic system. He then explores different states of consciousness, both the early superficial absorptions and the later, major "peak experiences." This discussion begins with the states called kensho and satori and includes a fresh analysis of their several different expressions of "oneness." He points beyond the still more advanced states toward that rare ongoing stage of enlightenment that is manifest as "sage wisdom."Finally, with reference to a delayed "moonlight" phase of kensho, Austin envisions novel links between migraines and metaphors, moonlight and mysticism. The Zen perspective on the self and consciousness is an ancient one. Readers will discover how relevant Zen is to the neurosciences, and how each field can illuminate the other. (shrink)

A personal story of the ways in which persistence, chance, and creativity interact in biomedical research. This first book by the author of Zen and the Brain examines the role of chance in the creative process. James Austin tells a personal story of the ways in which persistence, chance, and creativity interact in biomedical research; the conclusions he reaches shed light on the creative process in any field. Austin shows how, in his own investigations, unpredictable events shaped the (...) outcome of his research and brought about novel results. He then goes beyond this story of serendipity to propose a new classification of the varieties of chance, drawing on his own research and examples from the history of science—including the famous accidents that led Fleming to the discovery of penicillin. Finally, he explores the nature of the creative process, considering not only the environmental and neurophysiological correlates of creativity but also the role of intuition in both scientific discoveries and spiritual quests. This updated MIT Press paperback edition includes a new introduction and recent material on medical research, creativity, and spirituality. (shrink)

The great Falsification Debate about the logical status of religious beliefs seems fairly quiescent at present. Most philosophers of religion have opted for one or the other of two opposite responses to the falsificationists' challenge.

Based on the Zen philosophy about focusing away from the self, a guide to "neural Zen" meditative practices draws on recent findings in brain research to outline recommendations for various methods of pursuing a balanced, selfless state of ...

We need to clarify at least four aspects of selfhood if we are to reach a better understanding of consciousness in general, and of its alternate states. First, how did we develop our self-centred psychophysiology? Second, can the four familiar lobes of the brain alone serve, if only as preliminary landmarks of convenience, to help understand the functions of our many self-referent networks? Third, what could cause one's former sense of self to vanish from the mental field during an extraordinary (...) state of consciousness? Fourth, when a person's physical and psychic self do drop off briefly, how has conscious experience then been transformed? In particular, what happens to that subject's personal sense of time? Our many-sided self arose in widely distributed brain networks. Since infancy, these self-oriented circuits have been over-conditioned by limbic biases. Selfhood then seems to have evolved along lines suggesting at least in shorthand the operations of a kind of ‘I-Me-Mine’ complex. But what happens when this egocentric triad briefly dissolves? Novel states of consciousness emerge. Two personally-observed states are discussed: insight-wisdom ; internal absorption. How do these two states differ phenomenologically? The physiological processes briefly suggested here emphasize shifts in deeper systems, and pivotal roles for thalamo-cortical interactions in the front and back of the brain. (shrink)

The Planteome project provides a suite of reference and species-specific ontologies for plants and annotations to genes and phenotypes. Ontologies serve as common standards for semantic integration of a large and growing corpus of plant genomics, phenomics and genetics data. The reference ontologies include the Plant Ontology, Plant Trait Ontology, and the Plant Experimental Conditions Ontology developed by the Planteome project, along with the Gene Ontology, Chemical Entities of Biological Interest, Phenotype and Attribute Ontology, and others. The project also provides (...) access to species-specific Crop Ontologies developed by various plant breeding and research communities from around the world. We provide integrated data on plant traits, phenotypes, and gene function and expression from 95 plant taxa, annotated with reference ontology terms. (shrink)

This is not the usual kind of self-help book. Indeed, its major premise heeds a Zen master's advice to be _less_ self-centered. Yes, it is "one more book of words about Zen," as the author concedes, yet this book explains meditative practices from the perspective of a " _neural_ Zen." The latest findings in brain research inform its suggestions. In _Meditating Selflessly_, James Austin -- Zen practitioner, neurologist, and author of three acclaimed books on Zen and neuroscience -- guides (...) readers toward that open awareness already awaiting them on the cushion and in the natural world. Austin offers concrete advice -- often in a simplified question-and-answer format -- about different ways to meditate. He clarifies both the concentrative and receptive styles of meditation. Drawing widely from the exciting new field of contemplative neuroscience, Austin helps resolve an ancient paradox: why both insight wisdom _and_ selflessness arise simultaneously during enlightened states of consciousness. (shrink)

Summary Critics have said that Kuhn's account of scientific revolutions represents them as subjective and irrational processes, in which mystical conversions and community pressures rather than good reasons determine choices between theories. Kuhn rejects the charge, insisting that there is partial communication among proponents of competing paradigm candidates and their arguments are rational though not coercive. The critics reply that in fact Kuhn's position entails total non-communication and irrationality. A Kuhnian account of partial communication is thus necessary. Kuhn's attempt to (...) give one, based on the notion that the good reasons advanced in paradigm debates function asvalues, fails. But a more satisfactory account can be given if it is recognized that paradigm-debaters will, in one or both of two ways, share paradigmsother than the ones at issue. Further, Kuhn's position both should and can accommodate a notion of theory reduction; his unqualified rejection of reduction is an unnecessary weakness, even apart from questions about the rationality of revolutions. The paper concludes with a brief examination of the contrast between Kuhn's and Feyerabend's strategies for the advancement of science. (shrink)