Reducing gender identity bias through imagined intergroup contact

Transgender individuals face high levels of stereotyping, prejudice, discrimination, and violence. However, there is a paucity of research (particularly experimental work) investigating the magnitude of gender identity bias (GIB) targeting transgender individuals, as well as interventions designed to ameliorate it. To address this gap, we conducted experimental investigations of reactions to identical, highly qualified men or women job applicants described as either transgender or cisgender (Experiments 1a, 1b), and tested the efficacy of an imagined intergroup contact (IIC) intervention (relative to a control condition) in ameliorating GIB against transgender women (Experiment 2). As expected, all applicants were perceived as equally highly competent, adding to the literature suggesting that clearly demonstrating excellent qualifications can prevent biased judgments of candidate competence. However, revealing GIB, transgender men and women were rated as less likeable and hirable than the identical cisgender applicants, despite the fact that they were viewed as equally competent (Experiments 1a, 1b). Providing additional evidence of GIB, in the absence of IIC, participants rated a transgender female applicant as less likeable and hirable than the identical cisgender applicant, and also reported less self‐other overlap and perspective taking for the transgender applicant (Experiment 2). However, these target gender identity differences were reduced (for likeability) or fully eliminated (for the remaining outcomes) in the IIC condition. Put another way, while reactions to the cisgender applicant were unaffected by intervention condition, IIC elevated perceptions of the transgender applicant, suggesting that it may function as an effective GIB intervention.     

Dynamic Creative Interaction Networks and Team Creativity Evolution: A Longitudinal Study

To assess the dynamical effects of creative interaction networks on team creativity evolution, this paper elaborates a theoretical framework that links the key elements of creative interaction networks, including node, edge and network structure, to creativity in teams. The process of team creativity evolution is divided into four phases, including formation, growth, maturity and decline/restart. The importance of domain‐relevant knowledge, creativity‐relevant skill, interaction frequency, interaction length, network density and closeness centrality are emphasized in specific phases of team creativity evolution in a complex creative context. To test our assumptions, a longitudinal study of creative teams in a “Challenge Cup” Creative Business Plan Competition for university students is performed and the full networks of 17 creative entrepreneur teams are mapped. Both static comparison and dynamic analysis are conducted to analyze the relationship between creative interaction networks and team creativity evolution. For specific phases of team creativity evolution, we find confirmation of our predictions. The implications of dynamic creative interaction networks for all the phases of creative teams from formation to decline/restart are discussed.     

Time–Frequency Cross Mutual Information Analysis of the Brain Functional Networks Underlying Multiclass Motor Imagery

To study the physiologic mechanism of the brain during different motor imagery (MI) tasks, the authors employed a method of brain-network modeling based on time–frequency cross mutual information obtained from 4-class (left hand, right hand, feet, and tongue) MI tasks recorded as brain–computer interface (BCI) electroencephalography data. The authors explored the brain network revealed by these MI tasks using statistical analysis and the analysis of topologic characteristics, and observed significant differences in the reaction level, reaction time, and activated target during 4-class MI tasks. There was a great difference in the reaction level between the execution and resting states during different tasks: the reaction level of the left-hand MI task was the greatest, followed by that of the right-hand, feet, and tongue MI tasks. The reaction time required to perform the tasks also differed: during the left-hand and right-hand MI tasks, the brain networks of subjects reacted promptly and strongly, but there was a delay during the feet and tongue MI task. Statistical analysis and the analysis of network topology revealed the target regions of the brain network during different MI processes. In conclusion, our findings suggest a new way to explain the neural mechanism behind MI.     

延迟间隔和提取条件对短时错误记忆的影响

采用短时DRM迫选任务,探讨提取条件和延迟间隔对短时错误记忆的影响,以进一步考察短时错误记忆的产生机制。结果发现,短时错误记忆的产生主要源于提取时对存贮细节通达的缺失。在无有效提取线索的条件下,延迟间隔能够增加错误记忆率;而有效提取线索存在时,真实记忆痕迹的可通达性增加能够极大避免错误记忆的产生,延迟间隔的作用则不显著。该实验的结果是对错误记忆理论解释的一种补充。     

The Visual Spatial Learning Test: Differential impairment during the premanifest and manifest stages of Huntington's disease

Visual spatial memory was assessed using the Visual Spatial Learning Test (VSLT) in individuals with mild to moderate Huntington's disease (HD), pre‐manifest gene carriers for HD, and demographically similar controls. The VSLT has been demonstrated to be a valid, normed measure of non‐verbal memory involving minimal motoric responses. The VSLT assesses immediate and delayed memory for designs, positions of the designs, and design/position associations. The HD group was significantly impaired (p < .05) relative to both the control and Pre‐HD groups on immediate and delayed memory for the designs, positions, and design/position associations. Although there were no differences between the Pre‐HD and control groups on immediate or delayed memory for designs or positions, the Pre‐HD group was significantly impaired (p < .05) relative to the control group on immediate and delayed memory for design/position associations. The results offer novel insight into a relatively unexamined memory deficit that may occur in gene carriers for HD prior to phenoconversion. The data indicate that the VSLT may be a useful measure of visuospatial memory during the premanifest and manifest stages of HD.     

Genetic testing and human subjectivity

This article offers a brief overview of how methods of DNA testing are reframing what it means to be a living being in a living world. It is no longer the case that genetic technologies objectify life in such a way as to deny something essential to human subjectivity. The style of reasoning of the life sciences today is characterised by complexity, dynamism and emergence. This requires rethinking the relationship between technology, society and subjectivity. Genetic testing is a social and symbolic practice through which notions of identity and relatedness are reconfigured in terms of being genetically at risk. Far from reducing subjectivity to one's biological destiny, genetic technologies have consequences in terms of not only governing others to govern their risk wisely, but also aligning conduct with Western liberal values of autonomy, responsibility and choice. New pastors and gatekeepers of genetic information have assembled around these technologies where psychology plays a key role in facilitating autonomy and instilling a sense of genetic responsibility. Nevertheless, the increasing capitalization of genomics is moving genetic testing beyond these clinical enclosures of control into the domain of consumer choice, creating new forms of subjectification, citizenship and community.     

Individual Differences in Commitment to Value‐Based Beliefs and the Amplification of Perceived Belief Dissimilarity Effects

The commitment to beliefs (CTB) framework (Maxwell‐Smith & Esses, 2012) proposes that there are individual differences in the extent to which people generally follow beliefs that are a reflection of their values. The current research hypothesized that CTB would amplify the effects of perceived belief dissimilarity or incompatibility, such that individuals higher in CTB would display more pronounced reactions to belief‐relevant groups, events, or individuals seen as incompatible with their value‐based beliefs. We tested our hypothesis in three studies that assessed participants' CTB and their perceptions of belief dissimilarity or incompatibility with regard to other religious groups (Study 1), political parties during a national election (Study 2), and their romantic partner (Study 3). CTB amplified the effects of perceived belief dissimilarity or incompatibility on people's biases toward other religious groups, voting intentions and behavior in a national election, and their evaluative and behavioral responses toward their romantic partner. These results collectively suggest that perceptions of belief dissimilarity or incompatibility are particularly important cues for individuals with higher levels of CTB as they encounter other people or events that are relevant to their beliefs.