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CONSCIOUSNESS

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3. Cognitive Sciences and Psychology 123<br />

accounting for a larger set of phenomena, into a broader concept such as Episodic Processing<br />

(EP). EP would be in that sense defined as involving event-like constructive, rather than<br />

past-oriented mnemonic, information. Thus, AC might be a general feature of EP, rather than a<br />

distinguishing quality of EM. That view coheres with the Episodic Buffer (EB) hypothesis of<br />

a working memory module processing dynamic, event-like representations. Representations<br />

in the EB constructed online from perceptual, short- and long-term information available to<br />

working memory. In line with these results, the EB would be the candidate cognitive module<br />

responsible for episodic processing, regardless of the pastness of the occurence to which it<br />

refers. P9<br />

163 Analysis of the Spatial-Temporal Organization of Episodic Memory Based on<br />

Irreducible Field Principle Michael Lipkind (Unit of Molecular<br />

Virology, De, Kimron Veterinary Institute, Beit Dagan, Israel)<br />

Spatial-temporal arrangement of molecular traces of currently memorized events within<br />

the brain intracellular continuum is unexplainable in the frame of the existing paradigm. As to<br />

the spatial arrangement, its paradox is elicited by the discrepancy between an infinite amount<br />

of potential unlimitedly different memorized events to be accumulated within the brain up<br />

to any particular moment of an individual’s life-time, on one hand, and a limited (although<br />

tremendously high) potential amount of the respective inter-neuronal connections which are<br />

considered as neural correlates of memorization, on the other hand. As to the temporal arrangement<br />

of the molecular traces of the memorized events, it looks totally enigmatic, since<br />

any conception of a “time axis” is unimaginable as realized (“functioning”) within the intracellular<br />

molecular substrate of living neurons, in spite of a common persuasion that in reality<br />

a normal human being during recollection initially realizes which of the memorized events occurred<br />

earlier and which occurred later. An alternative possibility is that the apprehended temporal<br />

succession of the memorized events results from their immediate mental confrontation<br />

and systematization, but not as a result of the existence of a genuine temporal arrangement of<br />

the memorized events, which, hence, is an illusion. The suggested approach to the problem is<br />

based on the notion of the autonomous field grounded on the theory of biological field by A.<br />

Gurwitsch. Accordingly, the formulated field concept is irreducible to the established physical<br />

fundamentals while strictly defined by the postulates deeply rooted in biological reality. The<br />

dynamic field concept including the time notion as an intrinsic parameter of the formulation is<br />

employed as a competent correlate of the current temporal memorization. An infinite number<br />

of potential field states cover any possible amount of any memorized events and facts. Memorization<br />

of a particular event is correlated with the respective change of the field ‘configuration’<br />

as a dynamic state determined by the field parameters - values including the temporal<br />

parameter. The suggested theory describes both the episodic memory (biographical events)<br />

and semantic memory (individual’s store of knowledge), which are represented by the respective<br />

molecular ‘traces’ (vestiges) of the current stream of the afferent to be perceived stimuli<br />

projected upon the brain’s field-determined intracellular molecular continuum. M. Lipkind,<br />

Unit of Molecular Virology, Kimron Veterinary Institute, Bet Dagan, POB 12, 50258 Israel;<br />

International Institute of Biophysics, Neuss-Hombroich, D-41472 Germany P3<br />

3.5 Emotion<br />

164 What’s in a Feeling? An Argument for the Intentionality of Affect Scott Clifton<br />

(Philosophy, University of Washington, Port Orchard, WA)<br />

One supposed problem for purely affective accounts of emotion is that there is always<br />

the possibility that the physiological complex – what is called the feeling – associated with<br />

one situation be qualitatively identical to the feeling associated with another, even when the<br />

emotion experienced in the first situation differs in kind from the emotion experienced in the<br />

second. This is what I call the individuation problem. It’s often argued that any account of<br />

emotion needs to incorporate intentional content, in order to guard against cases where the<br />

feelings are the same, but the emotion-types are different. Mental states are often thought then

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