The exact bearing of an important theorem proved by Wigner is established. The study brings out the fact that marginal conditions as well as mean conditions of a form currently required in joint probability attempts are in fact inadequate for the determination of a relevant concept of a joint probability. New vistas are thereby opened up.

In the first part of this work(1) we have explicated the spacetime structure of the probabilistic organization of quantum mechanics. We have shown that each quantum mechanical state, in consequence of the spacetime characteristics of the epistemic operations by which the observer produces the state to be studied and the processes of qualification of these, brings in a tree-like spacetime structure, a “quantum mechanical probability tree,” thattransgresses the theory of probabilities as it now stands. In this second part we develop (...) the general implications of these results.Starting from the lowest level of cognitive action and creating an appropriate symbolism, we construct a “relativizing epistemic syntax,” a “general method of relativized conceptualization” where—systematically—each description is explicitly referred to the epistemic operations by which the observer produces the entity to be described and obtains qualifications of it. The method generates a typology of increasingly complex relativized descriptions where the question of realism admits of a particularly clear pronouncement. Inside this typology the epistemic processes that lie—UNIVERSALLY—at thebasis ofany conceptualization, reveal a tree-like spacetime structure. It appears in particular that the spacetime structure of the relativized representation of aprobabilistic description, which transgresses the nowadays theory of probabilities,is the general mould of which the quantum mechanical probability trees are only particular realizations. This entails a clear definition of the descriptional status of quantum mechanics. While the recognition of theuniversal cognitive content of the quantum mechanical formalism opens up vistas towardmathematical developments of the relativizing epistemic syntax.The relativized representation of a probabilistic description leads with inner necessity to a “morphic” interpretation of probabilities thatcan be regarded as a formalized and deepening elaboration of Sir Karl Popper's “propensity” interpretation. A functional is then constructed, the “opacity functional,” that associatesa mathematical expression to the Popperian “propensities”. Furthermore the opacity functional produces adeductive definition of Shannon's “informational entropy.” Thereby there appears an explicitly unified relativized probabilistic-informational approach. This sketches out a second branch of a future mathematical epistemic syntax, to be connected with the branch stemming from quantum mechanics.The problem of the objectivity of probabilistic descriptions acquires certain precise rephrasings and—in a sense—solution. (shrink)

A formal system of “questions” and “propositions” conceived by C. Piron and claimed to yield by interpretation quantum mechanics as well as all other known physical theories is examined. It is proved that the mentioned system is syntactically self-consistent in the sense of the theory of models. However, it is found that the mentioned formal system possesses certain syntactic characteristics in consequence of which qualification of this system as a generator of quantum mechanics by interpretation encounters semantic obstacles so grave (...) that they annihilate any relevance of such a qualification. (shrink)

A previous critique of the relevance of Piron's questions-propositions system as a generator of quantum mechanics by interpretation is reinforced and brought to a close by further investigation.

Volume 24 of _The Annual_ opens with a memorial tribute to the late Merton M. Gill, a major voice in American psychoanalysis for half a century. Remembrances of Gill by Robert Holt, Robert Wallerstein, Philip Holzman, and Irwin Hoffman are followed by thoughtful appreciations of Gill's final book, _Psychoanalysis in Transition: A Personal View_, by John Gedo, Jerome Oremland, Arnold Richards and Arthur Lynch, Joseph Schachter, and Bhaskar Sripada and Shara Kronmal. Section II offers four papers from a major (...) conference on "Mind/Brain" held in Osaka, Japan. In addition to publishing two clinical papers by the Chicago analyst John Gedo, _The Annual_ introduces readers to two prominent Japanese neuroscientists whose work is relevant to psychoanalysis. Hiroshi Utena links brain development to the individual's freedom to make optimal adaptive choices, whereas Makoto Iwata outlines the modular organization of vision in the brain and then illustrates each modular potential by examining the paintings of four artists: Mondrian, Duchamp, Seurat, and Rothko. Kenneth Newman's sensitive consideration of analyst self-discourse as the outcome of successful management of the countertransference and Frank Summers' astute assessment of the place of self psychology in the history of psychoanalytic ideas are followed by three engaging and instructive studies in applied analysis: Elaine Caruth and Milton Eber's examination of Woody Allen's _The Purple Rose of Cairo _as a metaphoric depiction of the blurring of boundaries in psychotherapy; Frank and Annette Lachmann's study of the creative process of Henrik Ibsen as a self-transformational response to narcissistic injury; and W. W. Meissner's exploration of the role of shame in Vincent van Gogh's life and art. The volume concludes with a provocative contribution to psychoanalytic history: J. Bos's social-constructivist rereading of the _Minutes of the Vienna Psycho-Analytic Society_ with an eye to illuminating why and how psychoanalysis changed during its early years. True to its distinguished lineage, volume 24 of _The Annual_ continues to broaden the conceptual, clinical, and historical vistas of its readers. Moreover, with its revealing reminiscences and substantive appraisals of Merton Gill, this volume becomes a fascinating marker in the very psychoanalytic history it helps recount. (shrink)

This book is the first English version of Prolegomena zu einer kritischen Grammatik, published by Julius Springer, Vienna, 1935, as Volume 10 of the Vienna Circle's series Schriften zur wissenschaftlichen Weltauffassung. The prefatory remarks of both editor and author acknowledge the influence ofWittgenstein in a general way. However, in aim and approach, the work differs from Wittgenstein's Philosophische Grammatik. This is indeed based on material going back to 1932, some of which Schachter must have known. On the other hand, (...) the present Prolegomena not only explains the general, philosophical principles to be followed, but in the light of these proceeds to cover the entire range of conventional grammar, showing where that is uncritical. Whether Wittgenstein in his turn knew of Schachter's work has never been explored. Schachter's object is universal grammar. As is natural, the examples in the original are largely drawn from German grammar, with occasional minor excursions into other languages. For English readers, what matters are the general problems of grammar: there is no point in tying these to the linguistic peculiarities of German, let alone a local variety of it. One who can grasp German at that level might as well read the original. The translation is therefore twofold: the text as a whole has been rendered into English, and the entire apparatus of examples has been replaced, as far as this can be done, by illustrations from English grammar, chosen so as to bring out the same kinds of problem as in the original. (shrink)

De pessimistische zinnen, waarvan vele op het eerste gezicht klaar en begrijpelijk schijnen, blijken bij nadere beschouwing zinlooze woordenreeksen. De schrijver onderscheidt in zijn logische onderzoekingen drie stadia. In het eerste stadium -- dat van het naïeve begrijpen -- komen ons de pessimistische zinnen, vooral wanneer we in een slechte stemming zijn, zeer vertrouwd voor; in het volgende stadium -- dat der logische analyse -- ontpoppen zij zich als zinlooze woordverbindingen, terwijl in het derde stadium een verklaring wordt gezocht voor (...) het tegenstrijdig karakter der beide voorafgaande stadia. Schächter komt, na toepassing der logische analyse op eenige pessimistische zinnen, tot de conclusie, dat de uiterlijke vorm dezer zinnen misleidend is. Deze zinnen wekken namelijk den indruk, alsof de vertwijfeling, die door hen wordt uitgedrukt, op een gegeven toestand betrekking heeft. Zulk een pessimisme zou echter niet "echt" zijn, wijl daarbij toch stilzwijgend wordt verondersteld, dat een andere, mogelijke -- helaas niet werkelijke -- toestand begeerenswaardig zou zijn. Zoo is de verachting van alle aardsche goederen alleen bij die menschen echt, die rijk aan genotmogelijkheden zijn. Het pessimisme van arme menschen beteekent in den grond der zaak een bekrachtiging van de waardeering voor aardsche goederen. Van een symptomatisch gezichtspunt uit beschouwd, worden pessimistische uitingen niet als uitspraken aangezien, zooals de formuleeringen der omgangstaal en der wetenschap, die de een of andere zakelijke situatie beschrijven, maar als symptomen van bepaalde stemmıngen. Onze taal bestaat uit verschillende "lagen", tusschen welke "overeenkomsten" bestaan. Zoo kan men onderscheiden tusschen een -- met betrekking tot de "waardeeringen" -- neutrale taallaag en een laag, waarin alle dingen en verschijnselen met waardeeringsmaatstaven worden gemeten. Zoowel binnen de waardeeringsvrije, neutrale taal als binnen de waardeeringstaal onderscheidt Schächter een grammaticale en een toegepaste taal. Bij de analyse der taal stooten we op een laag, waarin alle gebeurtenissen uitsluitend van het gezichtspunt van den mensch uit worden beschouwd, waarin bij voorbeeld de zon geschapen is met het doel, den mensch goede diensten te bewijzen. Opvattingen als deze hebben tot het vaststellen van bepaalde regels geleid, die in onze taal, of liever in een van haar lagen, nog steeds gelden. Er zijn zinswendingen, die in de eene taallaag verboden, maar in een andere volkomen toelaatbaar zijn. Iedere taallaag heeft haar eigen regels, haar eigen logica. Binnen bepaalde taallagen hebben de pessimistische uitingen "zin". Het zijn de lagen, waarin vragen en zinnen worden "verstaan". Buiten deze lagen zijn de pessimistische formuleeringen zinloos. (shrink)

A new probabilistic-informational concept, earlier constructed by Mugur-Schächter, is further developed. Associated with Jaynes's principle, this concept permits one to define a measure for the distance between the state of a system evolving under stable constraints and the equilibrium with these constraints. An illustration is given for a gas evolving in a thermostated box. It appears that the free energy of the gas estimates the distance to equilibrium, the estimation being defined in abstract informational-probabilistic terms.

The theory of transference and the centrality of transference interpretation have been hallmarks of psychoanalysis since its inception. But the time has come to subject traditional theory and practice to careful, critical scrutiny in the light of contemporary science. So holds Joseph Schachter, whose _Transference: Shibboleth or Albatross?_ undertakes this timely and thought-provoking task. After identifying the weaknesses and inconsistencies in Freud's original premises about transference, Schachter demonstrates how contemporary developmental research across a variety of domains effectively overturns (...) any theory that posits a linear deterministic relationship between early childhood and adult psychic functioning, including the adult patient's treatment behavior toward the analyst. No less trenchantly, he shows how contemporary chaos theory complements developmental research by making the very endeavor of historical reconstruction - of backward prediction - suspect on logical grounds. Nor, Schacter continues, does the clinical evidence normally adduced in support of transference theory provide the firm bedrock of data that most analysts suppose to exist. What one finds, he holds, are endlessly reiterated claims of identifying determining historical antecedents sustained only by descriptions of current behaviors through a gloss of theory. Less a polemic than a call to order, _Transference: Shibboleth or Albatross?_ is cogently argued and straightforwardly written. It is destined to be a thorn in the side of analysts who resist change and a spur to those who seek to bring analytic theory into closer alignment with contemporary science in the interest of improves treatment efficacy. (shrink)

Invariance of the class of algorithms expressible with respect to changes in computational formalism have provided extremely stable foundations for the Church-Turing thesis, according to which a number of—equivalent—computational mechanisms each fully capture the intuitive notion of algorithm. Thanks to the stability and elegance of the Church-Turing thesis, the notion of computation defined by these mechanisms is etched in stone as the theoretical essence of computation. In particular, this notion has been extensively used as an abstract tool to model natural (...) phenomena. (shrink)

RésuméCet article explore les liens entre le recours à la véracité de Dieu et les notions de certitude «métaphysique» et «morale» chez Descartes. Pour cela, je montre le rôle qu'elles jouent dans sa preuve de l'existence du monde extérieur, sa position sur l'existence d'autres esprits et celle sur l'«animal-machine». Descartes se sert de la véracité de Dieu dans le premier cas, maispas dans le deuxième ni le troisième. Je suggere que c'est parce que faire à nouveau appel à la véracité (...) de Dieu dans le cas des autres esprits aurait mis en péril sa doctrine de l'animal-machine. Je conclus en me penchant sur des passages de Descartes qui pourraient sembler incompatibles avec l'inter prétation que je fais du rôle important quejoue la certitude morale dans sa philosophic. (shrink)

In the present work are identified the main features of the algebraic structure with respect to the logical operations, of the set of all the quantum mechanical utterances for which can be specified a factual counterpart and factual rules for truth valuation. This structure is found not to be a lattice. It depends crucially on the spacetime features of the operations by which the observer prepares the studied states and performs measurements on them.

There were three such assumptions required, one explicitly stated, and two not made explicit until Bayle. The explicit one was a certain commonly accepted double understanding of ‘destruction’: a ‘natural’ version, which made it no more than a change in a particular arrangement or ‘organization’ of particles through which an aggregate was destroyed by losing its identity, and a metaphysical version, which entailed the actual annihilation of a substance. It was assumed that the latter could be accomplished only by miraculous (...) supra-natural means available only to God. Thus, if it could be shown that the soul was ‘without parts,’ it followed that the soul was ‘naturally’ indestructible and thus immortal. Bayle summarized the Cartesian argument to immortality as follows. (shrink)

A new integrated view on the probabilistic organization of quantum mechanics is constructed. It is then proved that for superposition state vectors the theoretical quantum mechanical distribution for the momentum observable is devoid of operational definition, and hence cannot be the source of conditions of compatibility to be imposed upon a researched joint probability concept. A compatible joint probability concept is outlined.

In previous works we have established that the spacetime probabilistic organization of the quantum theory is determined by the spacetime characteristics of the operations by which the observer produces the objects to be studied (“states” of microsystems) and obtains qualifications of these. Guided by this first conclusion, we have then built a “general syntax of relativized conceptualization” where any description is explicitly and systematically referred to the two basic epistemic operations by which the conceptor introduces the object to be qualified (...) and then obtains qualifications of it. Inside this syntax there emerges a general typology of the relativized descriptions. Here we show that with respect to this typology the type of the predictive quantum mechanical descriptions acquires a precise definition. It appears that the quantum mechanical formalism has captured and has expressed directly in a mathematical language the most complex form in which can occur a first descriptional phase that lies universally at the bottom of any chain of conceptualization. The main features of the Hilbert-Dirac algorithms are decoded in terms of the general syntax of relativized conceptualization. This renders explicit the semantical contents of the quantum mechanical representations relating each one of these to its mathematical quantum mechanical expression. Basic insufficiencies are thus identified and, correlatively, false problems as well as answers to these, or guides toward answers. Globally the results obtained provide a basis for future attempts at a general mathematical representation of the processes of conceptualization. “Il pourrait, en effet, être dangereux pour l'avenir de la Physique qu'elle se contente trop facilement de purs formalismes, d'images floues et d'explications toutes verbales s'exprimant par des mots à signification imprécise”—Louis de Broglie,Certitudes et Incertitudes de la Science (Albin Michel, Paris, 1965). (shrink)

Bell's theorem is believed to establish that the quantum mechanical predictions do not generally admit a causal representation compatible with Einsten's principle of separability, thereby proving incompatibility between quantum mechanics and relativity. This interpretation is contested via two convergent approaches which lead to a sharp distinction between quantum nonseparability and violation of Einstein's theory of relativity.In a first approach we explicate from the quantum mechanical formalism a concept of “reflected dependence.” Founded on this concept, we produce a causal representation of (...) the quantum mechanical probability measure involved in Bell's proof, which is clearly separable in Einstein's sense, i.e., it does not involve supraluminal velocities, and nevertheless is “nonlocal” in Bell's sense. So Bell locality and Einstein separability aredistinct qualifications, and Bell nonlocality (or Bell nonseparability) and Einstein separability arenot incompatible. It is then proved explicitly that with respect to the mentioned representation Bell's derivation does not hold. So Bell's derivation does notestablish thatany Einstein-separable representation is incompatible with quantum mechanics. This first—negative—conclusion is asyntactic fact.The characteristics of the representation and of the reasoning involved in the mentioned counterexample to the usual interpretation of Bell's theorem suggest that the representation used—notwithstanding its ability to bring forth the specified syntactic fact—isnot factually true. Factual truth and syntactic properties also have to be radically distinguished in their turn. So, in a second approach, starting from de Broglie's initial relativistic model of a microsystem, a deeper, factually acceptable representation is constructed. The analyses leading to this second representation show that quantum mechanics does indeed involve basically a certain sort of nonseparability, called here de Broglie-Bohr quantum nonseparability. But the de Broglie-Bohr quantum nonseparability is shown to stem directly from the relativistic character of the considerations which led Louis de Broglie to the fundamental relation p = h/λ,thereby being essentially consistent with relativity. As to Einstein separability, it appears to be a still insufficiently specified conceptof which a future, improved specification, will probably be explicitly harmonizable with the de Broglie-Bohr quantum nonseparability.The ensemble of the conclusions obtained here brings forth a new concept of causality, a concept offolded, zigzag, reflexive causality, with respect to which the type of causality conceived of up to now appears as aparticular case of outstretched, one-way causality. The reflexive causality is found compatible with the results of Aspect's experiment, and it suggests new experiments.Considered globally, the conclusions obtained in the present work might convert the conceptual situation created by Bell's proof into a process of unification of quantum mechanics and relativity. (shrink)

A general representation of the processesof conceptualization, founded upon adescriptional mould drawn from fundamentalquantum mechanics, is outlined. The approach iscalled the method of relativizedconceptualization. This stresses that therepresentation is not researched as a ``neutralstatement of facts'' but, from the start on, asa method subjected to definitedescriptional aims, namely an a prioriexclusion of the emergence of false problems orparadoxes and of any gliding into relativism.The method is characterized by an explicit andsystematic relativization of each descriptionalstep, to all the descriptional elementsinvolved in (...) this step, namely: the epistemicaction by which the object-entity is generated,the object-entity itself, and the epistemicaction by which the object-entity is qualified.Successive steps which complexify progressivelya given initial description, form an unlimitedchain of cells of conceptualization wherethe very first cell, necessarily, is rooted in as yet strictly unconceptualizedphysical factuality while the subsequent cellsconsist of increasingly abstract descriptionsthat are connected hierarchically. The chainsinteract at nodes where they branch, thusgenerating an indefinitely evolving,complexifying web of relativizedconceptualization, free of ambiguities, andwhere each element stays under control.The method contains the positedassertion of a realism of which a definite sortof minimality follows then inside themethod. This generates a clear distinctionbetween illusory qualifications of``how-a-physical-entity-is-in-itself'', and models of this physical entity. Thereby aworked out connection with philosophicalthinking is incorporated in the method. (shrink)

The purpose of this book is to initiate a new discipline, namely a formalized epistemological method drawn from the cognitive strategies practised in the most effective among the modern scientific disciplines, as well as from general philosophical thinking. Indeed, what is lacking in order to improve our knowledge and our domination of the modes which nowadays are available for the generation and communication of knowledge, thoroughly and rapidly and with precision and detail? It is a systematic explication of the epistemological (...) essence encrypted in the specialized languages and algorithms of the major modern scientific approaches, a systematic cross-referencing of the explicated results, and a final elaboration of a new coherent whole. Quantum mechanics, like a diver, can take us down to the level of the very first actions of our conceptualization of reality. And starting from there, it can induce an explicit understanding of certain fundamental features of the new scientific thinking. A formalized epistemology should not be mistaken for a crossdisciplinary or a multidisciplinary project. The latter projects are designed to offer to nonspecialists access to information, to results obtained inside specialized disciplines, as well as a certain understanding of these results; whereas a formalized epistemology should equip anyone with a framework for conceptualizing himself in whatever domain and direction he or she might choose. A formalized epistemology should not be mistaken either for an approach belonging to the modern cognitive sciences. These try to establish as neutrally as possible descriptions of how the human body-and-mind work spontaneously when knowledge is generated; whereas a method of conceptualization should establish what conceptual-operational deliberate procedures have to be applied in order to represent and to achieve processes of generation of knowledge optimized accordingly to any definite aims. This book addresses philosophers of science, physicists, mathematicians, logicians, computer scientists, researchers in cognitive sciences, and biologists, as well as any intellectual who is interested in scientific and philosophical thinking. (shrink)

In connection with my previous paper “Locality, Reflection, and Wave-Particle Duality” [Found. Phys. 17, 813 (1987)], in this paper I distinguish explicitly, in the locality problem, between assertions, deductively established results, interpretations, intuitions, and facts. This clarifies the structure of the problem.

A purely probabilistic-informational model of evolutions is sketched, basically free of any assumption concerning the nature and structure of the evolving system but apt to incorporatea posteriori any such assumptions needed for application to a specified evolution. The model produces an abstract extension of the second principle of thermodynamics. It also leads to an outline of a typology of irreversible evolutions.

Das Wort "Kultur" wird verschiedenartig gebraucht. Wir sagen beispielsweise über ein Volk, das Grosses geleistet hat, dass es ein Kulturvolk sei, während ein anderes, das nicht so viel geleistet hat, nicht als Kulturvolk bezeichnet wird. Dagegen sprechen wir beispielsweise von der Kultur der Steinzeit, obwohl die Menschen der Steinzeit viel primitiver waren, als das Volk, das wir nicht als Kulturvolk ansehen wollten. Wir erhalten eine Bestimmung des Begriffes "Kultur" in derjenigen Bedeutung, die alle Arten und Stufen der Kultur umfasst, und (...) die uns auch in der Bezeichnung "Kulturwissenschaft" entgegentritt, wenn wir den Unterschied zwischen den Dingen, die nicht als Kulturgegenstände bezeichnet werden, und den Dingen, die wir Kulturgegenstände nennen, möglichst richtig formulieren. Der Autor möchte folgende Formulierung vorschlagen: Alle Objekte und Verhaltungsweisen (Handlungen und Dispositionen zu Handlungen) die (infolge ihrer Aenlichkeit mit anderen) als Symptome für das Vorliegen von Symbolen, Erkenntnissen (hauptsächlich kausalen Erkenntnissen) und Zwecken (beziehungsweise Wünschen) zu verwerten sind, gehören zur Kultur. Die Definition des engeren Kulturbegriffes müsste etwa lauten: Zur Kultur gehören Objekte und Verhaltungsweisen, die als Symptome des Schöpferischen (des Grossen und zugleich Neuen) gewertet werden. Es kann hier eine Parallele gezogen werden zwischen den Unterschieden von Mensch und Tier einerseits und Mensch und -- sagen wir -- Uebermensch andrerseits. Das Wesentliche ist das Auftauchen von individuellen und nicht gattungsmässigen Zügen; die Tatsache, dass das Verhalten des genialen Menschen neu ist. In diesem Sinne sprechen wir auch von einem "Kulturvolk" insofern die geschaffenen Werke des betreffenden Volkes und seine Verhaltungsweisen Symptome sind für das Schöpferische der diesem Volke angehörenden Individuen. (shrink)

Background -- Overview of legal sources -- Summary of recent prosecutions and investigations -- Applications of law and professional and trade association standards to physician relationships with industry -- Legal and ethical aspects of specific physician's industry financial relationships -- Approaching and adopting effective compliance plans.

Do we still have a Cartesian mind-body problem? Folk wisdom has it that Descartes is responsible for there being a mind-body problem. Nonetheless, the same folk wisdom has it that the mind-body problem is still with us. Discovering the culprit and his modus operandi has not apparently enabled us to neutralize his mischief. How can that be? Perhaps it is because the mind-body problem we have now is not the infamous one of Cartesian origins.

RésuméIl y a desprohibitions morales aussi bien que légales contre les préjugés, mais une sorte au moins de préjugé se ramène à une variété commune d'inférence que l'on emploie fréquemment, et avec profit, sous d'autres noms. Cette inférence estelle fautive, et si oui, de quelle façon? Est-elle rationnellement fautive ou moralement fautive? Je soutiens ici que l'une et l'autre positions sont difficiles à défendre, et que la raison pour laquelle cette forme d'inférence est prohibée est à chercher du côté d'une (...) politique publique dont la seule défense possible repose sur le type méme de considérations qui se trouvent ainsi prohibées dans l'usage privé des individus. (shrink)

There exists reasoning popularly characterized as "prejudiced" that may nevertheless be both sound and prudential, and this reasoning involves the application of exactly the same inductive correlational strategies applied without moral objection in non -human cases. While such reasoning may be rationally unobjectionable, it may yet be morally objectionable because its methods inherently entail a risk of unfairness to others. This raises the interesting philosophical possibility that arguments may be a ppraised and found wanting on other than rational grounds, that (...) arguments may be subject to moral defects in addition to defects of rationality. (shrink)

Die Wissenschaft besteht aus einzelnen Behauptungssätzen, aus Kausalsätzen, aus Naturgesetzen, die in mathematischen Formeln ausgedrückt werden, aus Regeln und Ableitungen; aus Hypothesen, Verifikationsmethoden, Verifikationen, beziehungweise Falsifikationen; aus Konstatierungen über die Verwendung sprachlicher Zeichen. All das wird mit dem gemeinsamen Namen "Wissenschaft" bezeichnet. Wir bemerken, dass hierdurch heterogene Satztypen zusammengefasst wurden und wir wollen nach dem gemeinsamen "Durchschnitt" aller erwähnten Satzarten suchen, damit wir den gemeinsamen Namen rechtfertigen und das Verhältnis dieser Zusammenfassung zu einer andern Zusammenfassung, die man als Religion bezeichnet, (...) untersuchen können. Die Religion umfasst überlieferte Erzählungen (historische Behauptungssätze), Kausalsätze. Wir bemerken hier aber etwas Neues: das Auftreten von Normen (von allgemeinen Befehlssätzen) wie auch von Wertungen, die einen integrierenden Bestandteil der Religion bilden. Es kommen auch Mahnungen und Vorwürfe vor. Es erscheint nun zweckmässig zu sein, das Auftreten der letzterwähnten Satztypen als charakteristisch anzusehn, um die Verschiedenheit der zwei Sphären mit ihrer Hilfe zu formulieren. Die Wissenschaft ist dadurch gekennzeichnet, dass ihre Sätze richtig oder unrichtig, wahr oder falsch sind, dass sie aber nicht fordern und nicht werten. Auch die sogenannten ethischen Sätze, insofern sie wissenschaftliche Sätze sind, verpflichten nicht zu Handlungen, sondern beschreiben und erklären bestimmte Verhaltungsweisen des Menschen. Wir wollen die Neutralität, den indifferenten Charakter als das Kennzeichen aller wissenschaftlichen Sätze betrachten: sie sind nicht normativ, sie tragen uns keine Handlungen auf und werten nicht. Die Wissenschaft ist sozusagen, "jenseits von Gut und Böse". Die Religion besteht dagegen hauptsächlich aus Normen und Wertungen. Ihrem eigentlichen Wesen nach stellt die Religion keine Dichtung, keinen Mythos und ebensowenig eine blosse Ethik dar, sondern sie ist etwas viel primäreres: die Veranlassung und die Reglung der menschlichen Handlungen und die Erzeugung von Hemmungen durch Normen und Wertsysteme. Ueberall dort, wo eine Motivquelle auf einen Teil der Menschen, beziehungsweise auf alle Menschen, von andauerndem Einfluss ist und irgend ein Gegenstand der Welt dazu ernannt wird, an das Bekennen zu dieser Motivquelle zu erinnern, dort liegt Religion vor. Die Religion umfasst auch Normenund Wertsysteme, die Handlungen und Hemmungen veranlassen, welche nicht im Dienste der menschlichen Gesellschaft stehen und dadurch ist sie von der Morallehre verschieden. Der Glaube an die "Wichtigkeit" der Normen und Werte wie an jene Behauptungssätze über die Welt, welche den tiefsten Wünschen und der Sehnsucht des Menschen entgegenkommen, ist die wichtigste religiöse Handlung. (shrink)

In “The Angel in the Machine” I argue that the substantial concept of mind is heir to a number of consequences not previously appreciated, included among which (but not limited to) are both Solipsism and Atheism. In addition, I suggest that the difficulties I indicate were to some extent already understood by Aristotle who seems to have laid the foundation for two concepts of mind, one associated with human beings, the other with Angels. His distinction is recalled in the Middle (...) Ages, but seems finally to be lost in Descartes who appears to have linked the angel mind-concept to human beings and dispensed entirely with the concept that Aristotle originally reserved for the human. Hence “the Angel in the Machine”. (shrink)

Discusssion of passages 243 et. seq. of Wittgenstein's Philosophical lnvestigations tends to concentrate on the argument supporting the thesis that a logically private language is impossible. When the discussion becomes broader, the presumption is generally that this thesis is one premifs of an argument against solipsism. I believe that the passages will support a valid argument that might, at first glance, give comfort to someone in the egocentric predicament, but that this comfort would quickly grow cold on closer examination. I (...) do not mean to suggest that Wittgenstein offers no escape from the predicament, only that the escape will not be a consequence of the pluralism necessary to the existence of language, but rather a byproduct of his discussion of the logic of mental discourse. In this paper, I state an alternative to the contra-solipsist reading of the passages, taking Wittgenstein there to be reflecting a three part dispute, the other participants of which are a skeptic and a philosopher I'll call ‘the Realist'. (shrink)

At the battle of Plataia, ‘Ελλησι μέν ισαμενàς ’AντιóΧoυ ν ‘θυóμενσ oτoς γàρ δ επετo τŵ στρατεúματι τoúτω μάντις τàν ༐óντα ’Hλεîoν καì γένεoς τoû ’Ιαμιδέων κλυτιάδην Λακεδαιμóνιoι ༐̌oιήσαντo λεωσøέτερoν.

An integrated view concerning the probabilistic organization of quantum mechanics is obtained by systematic confrontation of the Kolmogorov formulation of the abstract theory of probabilities, with the quantum mechanical representationand its factual counterparts. Because these factual counterparts possess a peculiar spacetime structure stemming from the operations by which the observer produces the studied states (operations of state preparation) and the qualifications of these (operations of measurement), the approach brings forth “probability trees,” complex constructs with treelike spacetime support.Though it is strictly (...) entailed by confrontation with the abstract theory of probabilities as it now stands, the construct of a quantum mechanical probability treetransgresses this theory. It indicates the possibility of an extended abstract theory of probabilities including explicit representations of the cognitive operations involved in the probabilistic descriptions. So quantum mechanics appears to be neither a “normal” probabilistic theory nor an “abnormal” one, but a pioneering particular realization of afuture extended abstract theory of probabilities.The consequences of the integrated perception of the probabilistic organization of quantum mechanics are developed constructively. The current identifications of spectral decompositions, with superpositions of states, are removed. Then: (a) Inside the frontiers of the purely operational-observational orthodox formalism, operators of state preparation and the calculus with these are defined consistently with the definition and the calculus of quantum mechanical operators representing measurable dynamical quantities. This permits to grasp the physical meaning of superselection rules. Furthermore, a complement to the quantum theory of measurements is obtained. These prolongations of the orthodox formalism bring forth a “probabilistic incompleteness” of the quantum theory. (b) Beyond quantum mechanics as it now stands, a model is outlined that removes this probabilistic incompleteness, “the [particle + medium] individual model,”microscopic by certain aspects andcosmic by others.Globally, the approach draws attention upon the possibility and the interest of a general representation of the descriptions of any kind founded upon the explicit specification of the epistemic operations—with their spacetime features—by which the observer, who always is involved, produces the objects to be qualified and the qualifications of these. (shrink)