Spekulation ist ein riskantes Unterfangen. Als Wette auf unverfügbare Zukünfte, kommende Gegenwarten oder alternative Vergangenheiten ist sie geprägt vom Nicht-Wissen, auf das sie sich ausrichtet und von dem sie ihren Ausgang nimmt. Im Unterschied zu Ökonomie und Zukunfts-forschung, die dem Nicht-Wissen mit Strategien des Risikomanagements begegnen, erforschen die Künste Möglichkeitsräume jenseits von gesicherter Erfahrung und prognostischem Wert. Sie sind dem Ungewissen verpflichtet? also dem, was man (noch) nicht wissen, über das man jedoch spekulieren kann. Im ästhetischen Spekulieren vermögen die Künste (...) gleichermassen plausible und widersprüchliche Szenarien zu testen, Heterochronien zu erproben und andere Körper zu denken. Der Band fragt, welches andere Wissen die spekulativen Verfahren der Kunst freilegen. Wie wird Künftiges, Virtuelles oder Utopisches vorstellbar? Und wie lassen sich vor diesem Hintergrund Kategorien wie künstlerische Produktion, ästhetische Erfahrung oder der Wert des Kunstwerks neu bestimmen? (shrink)

Mounting evidence suggests that endorsement of psychological continuity and the afterlife increases with age. This developmental change raises questions about the cognitive biases, social representations, and cultural input that may support afterlife beliefs. To what extent is there similarity versus diversity across cultures in how people reason about what happens after death? The objective of this study was to compare beliefs about the continuation of biological and psychological functions after death in Tanna, Vanuatu, and the United States. Children, adolescents, and (...) adults were primed with a story that contained either natural or supernatural cues. Participants were then asked whether or not different biological and psychological processes continue to function after death. We predicted that across cultures individuals would be more likely to endorse the continuation of psychological processes over biological processes and that a theistic prime would increase continuation responses regarding both types of process. Results largely supported predictions; U.S. participants provided more continuation responses for psychological than biological processes following both the theistic and non-theistic primes. Participants in Vanuatu, however, provided more continuation responses for biological than psychological processes following the theistic prime. The data provide evidence for both cultural similarity and variability in afterlife beliefs and demonstrate that individuals use both natural and supernatural explanations to interpret the same events. (shrink)

'Wessen Wissen?' ist einerseits eine Frage nach Akteur-innen, Körpern, Materialien und Technologien, die in künstlerischen Produktions- und Wissensprozessen miteinander interagieren. Diese lassen sich als Übersetzungen und Transformationen beschreiben, in denen Künstler-nnen längst nicht mehr die einzigen Subjekte des Wissens sind. Denn in den künstlerischen Praktiken des Entwerfens, Skizzierens, Modellierens, Probens und Experimentierens entfalten Medien und Materialien ihre je eigene agentielle Kraft. 'Wessen Wissen?' ist andererseits eine Frage nach der Heterogenität von Wissensformationen in ihren partikularen und partialen Perspektiven, also nach situated (...) knowledges. Damit wird die Vorstellung einer allgemeingültigen, körperlosen, neutralen Objektivität bestritten. Im Gegenzug nimmt das situierte Wissen der Künste für sich in Anspruch, Erkenntnisse hervorzubringen und zur Verfügung zu stellen. Es steht demnach für verkörperte Kenntnisse, die in das Feld des zugelassenen und legitimen Wissens kritisch intervenieren. (shrink)

Part I Introduction -/- Passion at a Distance (Don Howard) -/- Part II Philosophy, Methodology and History -/- Balancing Necessity and Fallibilism: Charles Sanders Peirce on the Status of Mathematics and its Intersection with the Inquiry into Nature (Ronald Anderson) -/- Newton’s Methodology (William Harper) -/- Whitehead’s Philosophy and Quantum Mechanics (QM): A Tribute to Abner Shimony (Shimon Malin) -/- Bohr and the Photon (John Stachel) -/- Part III Bell’s Theorem and Nonlocality A. Theory -/- Extending the Concept of an (...) “Element of Reality” to Work with Inefficient Detectors (Daniel M. Greenberger) -/- A General Proof of Nonlocality without Inequalities for Bipartite States (GianCarlo Ghirardi and Luca Marinatto) -/- On the Separability of Physical Systems (Jon P. Jarrett) -/- Bell Inequalities: Many Questions, a Few Answers (Nicolas Gisin) -/- B. Experiment -/- Do Experimental Violations of Bell Inequalities Require a Nonlocal Interpretation of Quantum Mechanics? II: Analysis a la Bell (Edward S. Fry, Xinmei Qu, and Marlan O. Scully) -/- The Physics of 2 = 1 + 1 (Yanhua Shih) -/- Part IV Probability, Uncertainty, and Stochastic Modifications of Quantum Mechanics -/- Interpretations of Probability in Quantum Mechanics: A Case of “Experimental Metaphysics” (Geoffrey Hellman) -/- “No Information Without Disturbance”: Quantum Limitations of Measurement (Paul Busch) -/- How Stands Collapse II (Philip Pearle) -/- Is There a Relation Between the Breakdown of the Superposition Principle and an Indeterminacy in the Structure of the Einsteinian Space-Time? (Andor Frenkel) -/- Indistinguishability or Stochastic Dependence? (D. Costantini and U. Garibaldi) -/- Part V Relativity -/- Plane Geometry in Spacetime (N. David Mermin) -/- The Transient nows (Steven F. Savitt) -/- Quantum in Gravity? (Michael Horne) -/- A Proposed Test of the Local Causality of Spacetime (Adrian Kent) -/- Quantum Gravity Computers: On the Theory of Computation with Indefinite Causal Structure (Lucien Hardy) -/- “Definability,” “Conventionality,” and Simultaneity in Einstein–Minkowski Space-Time (Howard Stein) -/- Part VI Concluding Words -/- Bistro Banter: A Dialogue with Abner Shimony and Lee Smolin -/- Unfinished Work: A Bequest (Abner Shimony) -/- Bibliography of Abner Shimony. (shrink)

Avery’s et al. ’s 1944 paper provides the first direct evidence of DNA having gene-like properties and marks the beginning of a new phase in early molecular genetics (with a strong focus on chemistry and DNA). The study of its reception shows that on the whole, Avery’s results were immediately appreciated and motivated new research on transformation, the chemical nature of DNA’s biological specificity and bacteria genetics. It shows, too, that initial problems of transferring transformation to other systems and prominent (...) criticism of its results nurtured skepticism. Avery’s experiment was downplayed and neglected particularly by many of those scientists who worked in the new fields of biochemical and biophysical genetics, genetic phage, and TMV research. This was not due to the fact that the implications of the paper could not be connected to generally accepted knowledge. Contrary to a widespread belief, the assumed uniformity of DNA as opposed to proteins was not used as an argument against the validity of Avery’s et al.’s finding. The indifference rather reflected, among other things, the disciplinary gap between the chemically oriented microbiologists and the old and new geneticists who remained committed to genetic and physical methods (in particular x-ray studies) and clung to the assumption that proteins were the sole carriers of biological specificity. The responses to Avery’s et al.’s paper show how different research interests in the areas between microbiology, genetics, and biochemistry interacted with the prejudices, dogmas, individual farsightedness or short-sightedness, and scientific authority during a pivotal period of early molecular biology. (shrink)

Penrose proved that a computational or formalizable theory of the brainís cognitive functioning is impossible, but suggested that a physical non-computational and non-formalizable one may be viable. Arguments as to why Penroseís program is unrealizable are presented. The main argument is that a non-formalizable theory should be verbal. However, verbal paradoxes based on Cantorís diagonal processes show the impossibility of a consistent verbal theory of the brain comprising its arithmetical cognition. It is suggested that comprehensive theories of the human brain (...) and of physical experience are Kantian rather than Platonic ideas. This suggestion is likewise based on arguments related to diagonal processes. (shrink)

Книга рассчитана на студентов, аспирантов, преподавателей высших и средних учебных заведений, всех интересующихся данными исследованиями.

Chemistry and biochemistry in Germany was notably affected by the dismissal and emigration of Jewish scientists. The expulsion of Jewish scientists aided to significantly reduce the international regard for German science, particularly in biochemistry, physical chemistry, and quantum chemistry, after 1945. In most cases remaining scientists adjusted quickly after 1933 to the new political circumstances, with a few exceptions. A number of them even actively supported the politics of National Socialism. This fact as well as the common stance to forget (...) the 12 years of National Socialist rule complicated the exchange of international scientific knowledge after 1945 and delayed affiliation of the weakened fields of research to the level of international research. (shrink)

Ullin Thomas Place died on 2nd January 2000 at the age of seventy-five. I had met him a little over three years earlier, in November 1996, during the annual 'Mind and Brain' symposium organized by Peter Fenwick and held at the Institute of Psychiatry in London. At that meeting Professor Place delivered a slightly shortened version of the paper reproduced here, in which he told his personal story — a pilgrim's progress? — recounting, as he put it, 'the history of (...) a thought process leading from an adolescent interest in mystical experience to an article entitled‘Is consciousness a brain process?’[Place, 1956] in which I argued for an affirmative answer to that question'. (shrink)

En vue d'une approche mystique de l'Apocalypse - qui n'est pas celle d'extases et de visions présumées - il faut tenir compte de la situation d'une expérience liturgique, du langage typique et du symbolisme de l'auteur qui réussit à communiquer ainsi un sens qui s'ajoute au discours conceptuel. On rencontre ainsi dans la première partie du livre le Christ ressuscité. Jean en a une expérience directe: la voix du Christ est «telle une trompette» et Jean se retourne «pour regarder la (...) voix»: l'expression symbolique, à première vue contradictoire, élève au-delà du niveau conceptuel, incitant à un contact face à face avec le Christ ressuscité qui parle, plus intense que celui des apparitions pascales et dans la ligne de la transfiguration. Dans la seconde partie, la «porte ouverte dans le ciel» met en contact avec Dieu «siégeant sur le trône» : l'auteur ne le décrit pas, mais il en inculque une expérience directe quand il affirme que le personnage assis sur le trône correspond, à le regarder, à l'aspect des pierres précieuses . Le Christ comme arnionsurpasse, par la présentation symbolique qui en est faite , le niveau conceptuel en ouvrant l'accès à une expérience directe: on perçoit que l'arnion, en tant que «au milieu du trône et des quatre animaux, au milieu des anciens» , exerce une fonction centrale dans l'histoire du salut; l'expression contradictoire, «un agneau se dressait qui semblait immolé» , inc. (shrink)