Cognitive reappraisal reduces perceived exertion during endurance exercise

Emotion regulation may influence psychological responses to exercise. We examined whether the emotion regulation strategies, cognitive reappraisal and distraction, influenced psychological state and prefrontal cortex oxygenation during endurance exercise. Twenty-four endurance runners ran for 90 min at 75–85% maximum heart rate in three separate sessions with no instruction or with instructions to use cognitive reappraisal or distraction. Participants rated their emotional arousal, emotional valence, and perceived exertion before, every 30 min during, and after exercise. Functional near-infrared spectroscopy quantified changes in prefrontal cortex oxygenation. Participants felt lower emotional arousal and physical exertion when instructed to utilize cognitive reappraisal than when given no emotion regulation instruction. Such responses to distraction did not differ from the other conditions. Emotion regulation strategies did not influence emotional valence or prefrontal cortex oxygenation. Participants’ analytical interpretation of the cognitive reappraisal instruction could contribute to small effect sizes and limited effects. Further research should determine contexts under which emotion regulation strategies most benefit endurance exercise experience.     

The Role of a Narrative's Emotional Flow in Promoting Persuasive Outcomes

The study of narrative persuasion has increased dramatically in the past decade. Whereas much of this research focuses on story and character involvement, the role of emotion—and emotional flow specifically—has been understudied. In this article, we explore the multiple ways that the desire for and the experience of emotional shifts may promote the persuasive influence of narratives. First, we propose that the desire for an emotional shift (e.g., mood management) can guide message selection. Then, the emotional flow, or the series of emotional shifts in response to the unfolding story, may promote and sustain continued engagement with the narrative world. As such, influence of the narrative is likely enhanced. We then argue that the heightened state of narrative engagement and its associated emotional states have implications for post-message attitudes, both short-term attitude change as well as over-time change via emotion-driven topic involvement and social sharing. A research agenda for greater integration of emotion into narrative research is proposed.     

Towards a Conflict Theory of Recognition: On the Constitution of Relations of Recognition in Conflict

In this paper, we develop an understanding of recognition in terms of individuals’ capacity for conflict. Our goal is to overcome various shortcomings that can be found in both the positive and negative conceptions of recognition. We start by analyzing paradigmatic instances of such conceptions—namely, those put forward by Axel Honneth and Judith Butler. We do so in order to show how both positions are inadequate in their elaborations of recognition in an analogous way: Both fail to make intelligible the fundamental nexus between relations of recognition and individuals’ capacity for conflict. We then move on to reconsider aspects of Hegel's view of recognition—ones that, from our viewpoint, have been unjustly neglected in the debate about recognition: his focus on the constitution of relations of recognition in conflict and on the status of being an author of acts of recognition. On this basis, we then spell out in a more systematic way what we take to be a more convincing conception of recognition. This puts us in the position to gesture at some consequences of this conception in practical contexts, above all with regard to the justification, role and structure of political institutions..     

Typing versus thinking aloud when reading: Implications for computer-based assessment and training tools

The goal of this study was to assess the impact of modality of production of think-aloud protocols on reading strategies. Readers in two studies spoke or typed protocols for narrative or science texts and completed comprehension tests for each text. Human judges identified the presence of paraphrasing, bridging inferences, and elaborating within the protocols. Reading comprehension skill was assessed with the Nelson-Denny test. With respect to narrative texts, paraphrasing and bridging were less frequent when readers were typing than when they were thinking aloud. With respect to science texts, less-skilled readers made bridging inferences more frequently when typing than when speaking. Conversely, skilled readers generated more paraphrases than bridges when typing thoughts but not when speaking. These results have implications for computer-based tools for reading assessment and intervention.     

Quantifier comprehension in corticobasal degeneration

In this study, we investigated patients with focal neurodegenerative diseases to examine a formal linguistic distinction between classes of generalized quantifiers, like "some X" and "less than half of X." Our model of quantifier comprehension proposes that number knowledge is required to understand both first-order and higher-order quantifiers. The present results demonstrate that corticobasal degeneration (CBD) patients, who have number knowledge impairments but little evidence for a deficit understanding other aspects of language, are impaired in their comprehension of quantifiers relative to healthy seniors, Alzheimer's disease (AD) and frontotemporal dementia (FTD) patients [F(3,77)=4.98; p<.005]. Moreover, our model attempts to honor a distinction in complexity between classes of quantifiers such that working memory is required to comprehend higher-order quantifiers. Our results support this distinction by demonstrating that FTD and AD patients, who have working memory limitations, have greater difficulty understanding higher-order quantifiers relative to first-order quantifiers [F(1,77)=124.29; p<.001]. An important implication of these findings is that the meaning of generalized quantifiers appears to involve two dissociable components, number knowledge and working memory, which are supported by distinct brain regions.     

Transformations of mathematical and stimulus functions

Following a pretest, 8 participants who were unfamiliar with algebraic and trigonometric functions received a brief presentation on the rectangular coordinate system. Next, they participated in a computer-interactive matching-to-sample procedure that trained formula-to-formula and formula-to-graph relations. Then, they were exposed to 40 novel formula-to-graph tests and 10 novel graph-to-formula tests. Seven of the 8 participants showed substantial improvement in identifying formula-to-graph relations; however, in the test of novel graph-to-formula relations, participants tended to select equations in their factored form. Next, we manipulated contextual cues in the form of rules regarding mathematical preferences. First, we informed participants that standard forms of equations were preferred over factored forms. In a subsequent test of 10 additional novel graph-to-formula relations, participants shifted their selections to favor equations in their standard form. This preference reversed during 10 more tests when financial reward was made contingent on correct identification of formulas in factored form. Formula preferences and transformation of novel mathematical and stimulus functions are discussed.