“You Can Catch More Flies with Honey than Vinegar”: Objectification Valence Interacts with Women’s Enjoyment of Sexualization to Influence Social Perceptions

Although objectification is a common experience for women (Fredrickson & Roberts, 1997), little is understood about how women perceive sources of objectifying commentary and behaviors. The current work provides a novel integration of objectification and consistency theories to understand how valence of sexual objectification and women’s feelings about sexual attention interact to predict perceptions of objectifying sources. In two online vignette studies with 121 and 110 U.S. women recruited through MTurk, female participants were asked to recall an experience of complimentary or critical objectification and report perceptions of source warmth, approach behavioral intentions, perceived overlap between the self and the source, and enjoyment of sexualization. Consistent with hypotheses, regression analyses revealed that reporting experiences of complimentary objectification led to more positive source perceptions among women who reported that they enjoy being sexualized relative to reporting experiences of critical objectification. Furthermore, path analyses revealed that self-other overlap emerged as a mechanism of women’s more positive source perceptions, with a significant indirect effect of self-other overlap emerging for the link between enjoyment of sexualization and warmth and approach in the complimentary objectification condition. The effects were replicated across two studies. The discussion centers on how understanding women’s objectifying source perceptions could illuminate when interpersonal objectification will lead to more experiences of objectification or women’s internalization of objectifying self-perceptions.

     

Choice between Delayed Reinforcers: Interaction between Delay and Deprivation Level

Choice between two reinforcers differing in magnitude and delay was investigated in rats maintained at 80% ( n = 10) or 90% ( n = 10) of their free-feeding body weights using discrete-trials adjusting-delay schedules in which the two reinforcers (S\[mall] and L\[arge]) were associated with different levers. In each phase of the experiment the delay to the smaller reinforcer ( dS ) was held constant, and the delay to the larger reinforcer ( dL ) was varied in accordance with the distribution of choices in successive blocks of trials. The value of dS was varied across the four phases of the experiment (2, 4, 8, and 2 sec). When dS was 2 sec, the mean value of dL was higher in the rats maintained at 80% than in those maintained at 90% of their free-feeding body weights. When dS was increased, the value of dL increased in both groups; however the effect of deprivation level was abolished. The results are consistent with a model of choice that posits hyperbolic relations between reinforcer value and reinforcer magnitude, and between reinforcer value and delay of reinforcement.     

The effect of pre-movement delays on pointing accuracy in middle childhood.

In adults, the introduction of a pre-response delay has been shown to affect accuracy in pointing tasks while leaving accuracy in perceptual matching tasks unaffected. Here, we report on the effect of pre-movement delays on pointing accuracy in 6-10-year-old children. Children of this age group are of particular interest as their reliance on visual cues to monitor and correct their reaches appears to change during this period of development. Nineteen children were asked to point to the location of a target light after a delay of 0, 1, 2, or 4 s following target extinction. Performance was measured in two conditions: (i) open-loop, where the child reproduced the target locations in complete darkness, and (ii) with visual feedback, where information about hand position was available. Errors in the direction and in the amplitude of each reaching movement were recorded separately. The results show that temporal delay significantly affects the pointing movements of these children. Accuracy (mean) deteriorated after only 1 s whereas the precision (standard deviation) of the responses deteriorated after 4 s. Errors in amplitude, but not errors in direction, were reduced by the provision of visual feedback. Taken together, the findings suggest that amplitude and directional components of pointing in childhood utilise different sources of information, which differ in the extent to which temporal constraints operate.     

Head and body hemispace to left and right III: Vibrotactile stimulation and sensory and motor components

Response latencies were measured to vibrotactile stimulation delivered to the forefingers of the left or right hands which were positioned ipsilaterally or contralaterally (across the midline) in left or right hemispace. While the two hands did not differ in speed of response, either hand performed better when located in right hemispace (experiment 1). This effect was greatly reduced, though not eliminated, with 90 degrees lateral head turn, when performance was better with stimulation and responding in right-of-head hemispace, but not right-of-body hemispace (experiment 2). When different hands received stimulation and initiated responses, and were located in either the same or opposite hemispace, right-hemispace superiority was found to be motor rather than sensory (experiment 3). These findings are discussed in the context of the true and the phenomenological midline and the clinical syndrome of hemineglect.