In his praise for Part I of Upbuilding Discourses in Various Spirits, the eminent Kierkegaard scholar Eduard Geismar said, "I am of the opinion that nothing of what he has written is to such a degree before the face of God. Anyone who really wants to understand Kierkegaard does well to begin with it." These discourses, composed after Kierkegaard had initially intended to end his public writing career, constitute the first work of his "second authorship." Characterized by Kierkegaard (...) as ethical-ironic, Part One, "Purity of Heart Is to Will One Thing," offers a penetrating discussion of double-mindedness and ethical integrity. Part Two, "What We Learn from the Lilies in the Field and from the Birds of the Air," humorously exposes an inverted qualitative difference between the learner and the teacher. In Part Three, "The Gospel of Sufferings, Christian Discourses," the philosopher explores how joy can come out of suffering. (shrink)

CHAPTER I THE PROBLEM Two approaches have characterized the study of Kierkegaard in English; the first is biographical, the second synoptic. Walter Lowrie, Kierkegaard, Eduard Geismar, Lectures on the Religious Thoughts of Soren ...

Excerpt from Kritik der Philosophie des Schonen Die Frage nach dem Schonen kann in mannigfacher Weise formuliert werden, wie dies auch in den altesten uns erhaltenen Forschungen uber das Schone tatsachlich geschehen ist. About the Publisher Forgotten Books publishes hundreds of thousands of rare and classic books. Find more at www.forgottenbooks.com This book is a reproduction of an important historical work. Forgotten Books uses state-of-the-art technology to digitally reconstruct the work, preserving the original format whilst repairing imperfections present in the (...) aged copy. In rare cases, an imperfection in the original, such as a blemish or missing page, may be replicated in our edition. We do, however, repair the vast majority of imperfections successfully; any imperfections that remain are intentionally left to preserve the state of such historical works. (shrink)

This collection presents the English-language reader for the first time with essays that are representative of Bernstein's much-neglected revisionist period, 1901-1921. Bernstein himself suggested that this later work included significant new elements, indicating further progress in his liberal-socialist theory. Bernstein's later work acquires additional significance in light of the events of 1989, which have discredited not only Marxism-Leninism, but revolutionary Marxist theory in general, thus making the reevaluation of Bernstein's revisionism a worthwhile experience.

This paper consists in a study of the development of Husserl’s thought on the notions of phantasy and image consciousness. It shows how, following a first phase in which he still identified phantasy with image consciousness, Husserl gradually began to distinguish the two and define what is proper to each in an increasingly precise manner. The paper then shows how Husserl came to view pure phantasy as a modification of perception. Concerning image consciousness, it shows how the status of the (...) image-object and the nature of its reference to the image subject evolved throughout Husserl’s thought. The problems raised by this model are also discussed, in particular when it comes to cases where there is no image subject, e.g. in theatre. Finally, the paper shows how the development of these concepts in Husserl’s work involves a new conception of the notion of “phantasm” – one that goes hand in hand with rejection of the ‘content of apprehension-apprehension’ scheme. (shrink)

The older schools were not indeed wholly extinct; but all belief in the systems taught had been practically undermined, and a general disposition to doubt ...

The book makes a direct contribution to the connection between phenomenology and cognitive science.

"Allerdings, das ist eine grosse Frage, der ich zu sehr ausgewichen bin, die Evidenz des Ich als ein Identisches, das also doch nicht in dem Bündel bestehen kann." (Husserl, 1907) Bekanntlich verwirft Husserl in den Logischen Untersuchungen die Auffassung, "dass die Beziehung auf das Ich etwas zum we sentlichen Bestande des intentionalen Erlebnisses selbst Gehöriges sei'',! und bildet um 1907, nach Einführung der phänomenolo gischen Reduktion, "die Beziehung auf das Ich zu unterlassen, oder von ihr zu abstrahieren" geradezu die Bedingung, (...) ein "reines Phänomen im Sinne der Phänomenologie" 2 zu gewinnen. Und bekanntlich heisst es demgegenüber in den Ideen von 1913: "Unter den allgemeinen Wesenseigentümlichkeiten des tran szendental gereinigten Erlebnisgebietes gebührt eigentlich die erste Stelle der Beziehung auf das,reine' Ich",3 und revidiert Husserl in der zweiten Auflage der Logischen Untersuchungen von 4 1913 seine Stellungnahme zur Frage des reinen Ich. Weniger bekannt ist bisher, wie Husserl auf seinem Denkweg von der einen zur anderen Stellungnahme zum Problem des Ich gekommen ist. Was bewegte ihn, das "Ich" in die phänomeno logische Problematik einzubeziehen? Zu vermuten war, dem Wandel in der Stellung zum Problem des Ich liege ein Wandel im Verständnis der Phänomenologie selbst zugrunde. Welche Phänomene motivierten, auf dem phänomenologischen Boden selbst, die Einbeziehung des Ich? Vor allem dieser Frage gehen wir, unter Berücksichtigung des Nachlassmaterials des Husserl Archivs (Leuven), in unserer Studie nach. (shrink)

The report is dedicated to modern understanding of the correlation between science and religion that is based on the analysis of certain ideas formulated by Newton, Berkeley and Mach. Newton proceeded from the existence of infinite (absolute) Space that he interpreted as the Sensory of the intelligent omnipresent Being (God) who sees things themselves intimately, and throughly perceives and comprehends them. Human being also has his little “Sensoriums” perceiving the images of things, the Order and the Beauty of their arrangement. (...) Mach emphasized that since Newton’s period space and time have become “immaterial substances that form the most important basis of our sensual world outlook”. Apparently, this “immateriality of substances” manifests itself in the way Machinterprets our perceptions, conceptions, will, feelings, i.e. all inner and outer world, which he understands as small number of homogeneous elements called sensations (Empfindungen). These sensations are compared in the report to what Berkeley called ideas while he denied the existence of the real absolute noncreated space that is part, or attribute, of God. If we accept the idea that beside space and time inseparable from matter as it is scientifically comprehended, there exist absolute space and time as Newton interpreted them, then these space and time must exist outside our universe or parallel to it. This brings us to the panentheistic model (Eduard I. Sorkin, ХХIst World Congress of philosophy, Abstracts 2003, pp. 374‐375). According to Mach the law of causality is separated from space and time while the laws of nature are just limitations that our experience dictates to our expectations. The report shows that if the Mach’s concept had been supplemented by the “idealistic” views of Newton and Berkeley, it would have been more convincing – something contrary to fideism. (shrink)

Artificial Intelligence and Philosophy. Artificial Intelligence can be considered as the so far last attempt to decode the anthropological comparison between human beings and machines. Thereby it also represents in a prominent way what can be called "systemic thought". Searle's conclusive argument against strong AI (that is the idea of computers having intention in a literal way) refers to his precise distinction between syntax and semantics. This difference obviously opposing some of Searle's other essential ideas will only convince if it (...) also explains the genetic-pragmatic aspect. A theory explaining the "life of mind" and the possibility of understanding needs to combine representation and intention with the subjective causation of signs. At the same time they have to be contextualized within a model of teleologically interpreted life recognized with the help of self-experience and self-reflection. This suggests that AI is a simulation which wrongly believes to be a real duplication. Actually it is a semiotic reduction (syntax and semantic surface of signs only) and a psychological compensation (Turing test) connected with a genetic or abductive fallacy. The biological decontextualization, in fact the elimination of teleology and intention, the deconstruction of subjectivity, the loss of the genetic-pragmatic dimension and the abductive fallacy induce the strong AI to confuse its surface-illusion of simulated understanding with the real process itself. (shrink)

There is widespread agreement among philosophers that we refer to, think or talk about non-existent objects in much the same way as we refer to, think or talk about other objects. This paper explores the case of objects of fiction in the perspective of Husserlian philosophical phenomenology. In this perspective, everything objective is dealt with as object of some consciousness and as presenting itself in subjective modes. Within the scope of this paper, the focus of the descriptive analysis will be (...) on showing in some detail how conscious experiences of intentionally referring to something fictive in pre-linguistic intuitive acts of imagining something are to be articulated with regard to the object of consciousness, i.e. noematically, and with regard to the intentional act, i.e. noetically. Special attention will be given to the reflective finding of some consciousness being intentionally implied and thereby modified in the very performance of an intentional act of representifying (vergegenwärtigen) something in fiction and to the question of identity and individuation of objects in fiction. It will be argued that modifications occurring in representificational consciousness, which Husserl called ‘as-if’ or ‘quasi’ modifications, provide the key for understanding the phenomenology of fictional intentionality and reference. (shrink)

A reproducibility principle is formulated and adopted as the guiding criterion for the acceptance of an experimental procedure as a simultaneous measurement of several observables. It is pointed out that this criterion can be applied to classical as well as quantum physics, and that it incorporates compatible as well as incompatible observables. The concept of fuzzy probability measure is presented as a possible mathematical tool for the description of statistical processes involving measurements of incompatible observables.

A notion of quantum space-time is introduced, physically defined as the totality of all flows of quantum test particles in free fall. In quantum space-time the classical notion of deterministic inertial frames is replaced by that of stochastic frames marked by extended particles. The same particles are used both as markers of quantum space-time points as well as natural clocks, each species of quantum test particle thus providing a standard for space-time measurements. In the considered flat-space case, the fluctuations in (...) coordinate values with respect to stochastic frames are described by coordinate probability amplitudes related to irreducible stochastic phase space representations of the Poincaré group. Lagrangian field theory on quantum space-time is formulated. The ensuing equations of motion for interacting fields contain no singularities in their nonlinear terms, and therefore can be handled by methods borrowed from classical nonlinear analysis. (shrink)

It is shown that the time operatorQ 0 appearing in the realization of the RCCR's [Qμ,Pv]=−jhgμv, on Minkowski quantum spacetime is a self adjoint operator on Hilbert space of square integrable functions over Σ m =σ×v m , where σ is a timelike hyperplane. This result leads to time-energy uncertainty relations that match their space-momentum counterparts. The operators Qμ appearing in Born's metric operator in quantum spacetime emerge as internal spacetime operators for exciton states, and the condition that the metric (...) operator should possess a ground exciton state assumes the significance of achieving minimal spacetime4-momentum uncertainty in fundamental standards for spacetime measurements. (shrink)