PLE: A high-level multiprogramming language for psychology

This paper describes a software system called PLE that is designed to turn a Data General Corporation computer system into a sophisticated infinite-channel tachistoscope. We describe hardware and software characteristics of the PLE system and evaluate its performance in comparison to a typical tachistoscope. Additionally, we describe two example experiments that have been implemented in the PLE system.     

Memory for objects and parts

Performance on whole comparisons of two whole objects was compared to that for partial comparisons of a whole object and a part. In particular, same-different comparisons were measured for sequential displays of two-dimensional line figures. The comparisons were analogous to those in the word priority paradigm (Johnson, 1975). The whole comparisons were found to be more accurate and faster than the partial comparisons. This whole advantage was also found for accuracy using a two-alternative forced-choice procedure. This effect was found for brief displays of a single object and for longer duration displays of two objects. It was also found for three different sets of line figures. In contrast, the whole advantage was not found for unconnected figures. These findings were interpreted in the context of hierarchical representations of objects and parts.     

The variable influence of confession inconsistencies: How factual errors (but not contradictions) reduce belief in suspect guilt

Wrongful conviction statistics suggest that jurors pay little heed to the quality of confession evidence when making verdict decisions. However, recent research indicates that confession inconsistencies may sometimes reduce perception of suspect guilt. Drawing on theoretical frameworks of attribution theory, correspondence bias, and the story model of juror decision‐making, we investigated how judgments about likely guilt are affected by different types of inconsistencies: self‐contradictions (Experiment 1) and factual errors (Experiment 2). Crucially, judgments of likely guilt of the suspect were reduced by factual errors in confession evidence, but not by contradictions. Mediation analyses suggest that this effect of factual errors on judgments of guilt is underpinned by the extent to which mock‐jurors generated a plausible, alternative explanation for why the suspect confessed. These results indicate that not all confession inconsistencies are treated equally; factual errors might cause suspicion about the veracity of the confession, but contradictions do not.     

忘我问卷的编制及其信效度检验

通过文献分析和访谈,阐明忘我的概念与结构,并编制了忘我问卷。采用现场发放和网络问卷的方式对607名被试进行忘我问卷的初测。接着,对357名被试施测正式问卷,进行信度、效度检验。探索性因素分析显示,忘我问卷由3个因子构成; 验证性因素分析表明该量表拟合良好(RMSEA=0.07,NFI=0.95,CFI=0.95,GFI=0.92,AGFI=0.89)。问卷总体一致性系数为0.89,3个因子的内部一致性系数在0.84-0.88之间。问卷总体得分与效标问卷特质焦虑得分呈负相关(-0.51),与安适幸福感、正念觉知的得分呈正相关(分别为0.36、0.31)。忘我问卷具有良好的信度和效度,可在后续的相关研究和实践中作为测量问卷或评估工具使用。     

未来时间洞察力与大学生职业决策自我效能感的关系:领悟社会支持与自尊的链式中介

为考察未来时间洞察力对大学生职业决策自我效能感的影响及其作用机制,本研究采用未来时间洞察力量表、领悟社会支持量表、自尊量表和职业决策自我效能感量表,对756名高校学生进行调查。结果表明:(1)未来时间洞察力、领悟社会支持、自尊、职业决策自我效能感两两之间存在显著正相关;(2)社会支持和自尊在未来时间洞察力与职业决策自我效能感之间起显著的中介作用。具体为三条中介路径:一是社会支持的单独中介作用; 二是自尊的单独中介作用; 三是社会支持和自尊的链式中介作用。研究揭示了未来时间洞察力与大学生职业决策自我效能感的关系及其作用机制,拓展了大学生职业决策自我效能感的影响因素,对大学生的职业指导具有一定的现实意义。     

贝叶斯统计方法的应用与现状

贝叶斯统计方法是心理学数据分析的热门方法。研究全面论述贝叶斯方法在心理学领域的应用与方向。现阶段贝叶斯方法以模拟研究为主,应用方向为心理学研究常用的项目反应理论、认知诊断、计算机自适应、结构方程模型。同时,评述发现贝叶斯方法正逐步被国内心理学研究者所接受。最后,文章讨论了当下贝叶斯统计在心理学研究中应用的局限性及可能的原因,建议统计学者开发界面友好的贝叶斯软件,并在心理学课程中加入贝叶斯知识。     

权力感对道德判断的影响及其理论解释:基于CNI模型的视角

权力感指个体对控制他人和自身的能力的感知。现有权力对道德判断的影响研究主要使用传统两难困境范式,围绕权力感影响主体道德判断的功利论倾向与道义论倾向展开,且研究观点尚未达成共识。由于传统两难困境范式的局限性,研究者开发了道德判断CNI模型探究权力感对道德判断的影响,该模型为两者之间的关系提供了新的解释路径。未来研究可关注CNI模型视角下不同类型权力感对道德判断的影响以及探讨特质性权力感与情境性权力感对个体道德判断差异的联合作用。     

和平心理学的经典传统与现代研究趋向

本文讨论了不同历史时期的心理学家对和平心理的看法,以“和平”为主线,追溯和平心理学思潮兴起的历史逻辑。毕达哥拉斯、恩培多克勒、柏拉图、奥古斯丁、夸美纽斯、康德等从本体论视角,确立了实现永久和平的理想追求。冯特的民族心理学重视研究原始人、战争英雄等的和平心理品质,早期的意动心理学重视人类和平意识研究,机能心理学强调通过建设学校“微型共同体”,提高儿童的和平意识。精神分析心理学则为战争与和平心理提供了新视角。人本主义心理学主张研究人的和平潜能、致力于世界和平冲突化解,推动了和平心理学的兴起。20世纪末的和平心理学主张用和平的方式实现和平,发生了“政治道歉”、和平冲突化解、“人类命运共同体”等研究趋向。     

自然数码奇象记忆法记忆复杂数字的神经机制

本研究采用学习-再认范式和复杂数字记忆材料,考察自然数码奇象记忆法相对于机械记忆法在记忆提取上的优势及神经机制。行为结果表明,自然数码奇象记忆法比机械记忆法的再认准确率更高。事件相关电位分析结果显示,再认提取阶段奇象记忆条件下诱发的N400和N700波幅显著更低,这说明奇象记忆提取更容易。在自然数码奇象记忆条件下,正确再认旧数字诱发的前额区、左顶枕叶区及中顶枕叶区N700成分与使用自然数码奇象记忆有关。本研究表明,采用自然数码奇象记忆可以减少或跨越语义加工,从而提高个体对材料的记忆效率。