Some Theoretical Considerations on Attitude,Arousal and Affect during Cognitive Dissonance

This article provides a general overview of cognitive dissonance research with the induced compliance paradigm. We begin by describiang how dissonance affects individuals' attitude change and address issues related to measurement of attitude. Next, we describe the arousal component of dissonance, how it has been measured and the issues that have been raised about its nature. Finally, we explore the emotional component of dissonance and review different ways for measuring and identifying the negative affect associated to dissonance. We conclude by claiming that a more intensive study of the process of dissonance, and particularly of its arousal and emotional components, will allow a more in‐depth understanding of the mental processes involved in cognitive dissonance.     

Enfreindre sans craindre : tolérance à la dissonance dans le paradigme de l’hypocrisie induite

Induced-hypocrisy is directly derived from cognitive dissonance theory. This paradigm involves the combination of two factors: commitment factor, in which the individual advocates a pro-normative position and mindful factor in which the past transgressions are made salient. This combination arouses dissonance, which is usually reduced by changing the behavior in line with the normative advocacy. We used the induced-hypocrisy paradigm to test one of the original hypotheses of dissonance: it exists a tolerance towards dissonance. This tolerance was operationalized via the frequency of self-reported transgressions (e.g. familiarization with transgressions). Participants were made hypocritical; then they were given the opportunity to reduce dissonance through trivialization scale. According to the hypothesis, less frequent were the transgressions and higher was their trivialization.     

Word and letter string processing networks in schizophrenia: evidence for anomalies and compensation

Imaging studies show that in normal language correlated activity between anterior and posterior brain regions increases as the linguistic and semantic content (i.e., from false fonts, letter strings, pseudo words, to words) of stimuli increase. In schizophrenia however, disrupted functional connectivity between frontal and posterior brain regions has been frequently reported and these disruptions may change the nature of language organization. We characterized basic linguistic operations in word and letter string processing in a region-of-interest network using structural equation modeling (SEM). Healthy volunteers and volunteers with schizophrenia performed an fMRI one-back matching task with real words and consonant letter strings. We hypothesized that left hemisphere network dysfunction in schizophrenia would be present during processes dealing with linguistic/semantic content. The modeling results suggest aberrant left hemisphere function in schizophrenia, even in tasks requiring minimal access to language. Alternative mechanisms included increases in right hemisphere involvement and increased top-down influence from frontal to posterior regions.     

Does Structural Complexity Necessarily Imply Processing Difficulty?

Our goal is to establish a link between the time needed to plan a sentence containing an embedded clause and the structure of this sentence. Contrary to a traditional monolithic conception of subordination, three types of embeddings were considered, depending on their degree of syntactic integration: subcategorized, modifier and pseudo-embedded clauses. We hypothesized that in the case of subcategorization, fewer pauses should occur between the matrix and the subordinate clause since the latter is required by the lexical properties of verbs. By contrast, pseudo-embedded clauses are the less integrated. Hence, they should exhibit planning characteristics similar to the ones of simple sentences, the matrix clause and the subordinate clauses being planned in two steps. Twenty texts produced by French speaking adults were recorded. Pauses were characterized according to their duration and position. Globally, both predictions were confirmed. We conclude that supposedly complex sentences are not necessarily difficult to process.