A main effect of emotion was found, with memory for emotional words (positive and negative) being greater than for neutral words, both at immediate and delayed recall.
Evidence for ANS discrimination of emotion was found via PCA with 44.6% of overall observations correctly classified into the predicted emotion conditions, using ANS variables (z = 16.05, p < .001).001
In a 2 (self-oriented emotion: absent vs. present) by 2 (empathic emotion: absent vs. present) by 2 (gender dyad: male vs. female) between-subjects experiment (N= 96), empathic emotion was found to lead to more positive ratings of the agent by users, including greater likeability and trustworthiness, as well as greater perceived caring and felt support.
A significant correlation between progesterone levels and the ability to accurately recognize emotion was found.
In this analysis, no main effect reached significance; however, an interaction between ROI and Emotion was found, (F(24, 528) = 2.17, p<.05); indicating latency differences between sentences dependent on electrode location.
The possible lateralization of emotion was found in brain structures, such as the frontal cortex, the amygdala, and insular cortex in a previous meta-analysis of neuroimaging studies [ 39].
For example, if a character was happy and smiling throughout a long period in a scene, the episode would span all the time from the beginning to the end of the smile even if the character's face was not visible the entire period, as long as no evidence of a change of emotion was found.
Positive as well as negative emotions were found to lead to adjustment to the intake of a peer, as compared to that of children in the neutral movie condition.
Those emotions were found to be what drives the reduction of bias.
In EMA, increased negative affect and arousal as well as decreased positive emotions were found in this high group.
