Training Program in the Neuroscience of Human Cognition

描述(由申请人提供)：项目摘要/摘要本提案描述了西北大学人类认知神经科学培训计划的延续，该计划目前处于最初的5年资助周期。一个由34名教员组成的多学科小组已经聚集在一起，参与培训下一代认知神经科学家。这些科学家进行研究，探索人类的各种认知功能，包括语言、记忆、感知、注意力、情感、动机、解决问题、行动计划、社会认知、执行功能、衰老和发展。该项目由Ken Paller(主任)和Marsel Mesulam(副主任)领导，并得到内部指导委员会和外部咨询委员会(Ron Mangun、Marcia Johnson、John Jonides和Larry Squire)的协助。每年的竞争性选拔过程将确定4名博士前学生和4名博士后实习生，通常每人提供2年的支持。每年将有3名博士前附属培训生加入他们的行列，他们接受西北研究生院提供的资金。受训者在34名导师中的一人或多人的指导下进行研究，这些导师来自西北大学(文理、传播、教育、管理、医学院和音乐)中的6所独立学校和学院。教师主要与以下系联系：传播学和障碍、教育学、金融学、语言学、音乐学、神经病学、生理学、精神病学和行为科学、心理学和放射学。因此，该培训计划将人类神经科学的不同观点与广泛的研究和培训机会结合在一起。受训者是根据他们建议的研究活动、他们未来的科学潜力以及他们以前的课程和科学培训的出色表现来挑选的。我们鼓励来自多名教职员工的指导，尤其是在西北大学认知神经科学研究的广度可以通过一种新颖的跨学科方法来扩大的情况下，当一名学生连接两名导师的不同专业领域时。协调一致的努力侧重于吸纳代表性不足的少数群体，并促进多样化的观点。这一资助机制鼓励教职员工和学生探索创新策略和新的方法组合，并增强了西北大学所有参与认知神经科学的人的社区意识。教员定期通过正式建议和评估、书面和口头科学交流的机会以及职业发展的其他方面来监测受训人员的进展。培训向人们灌输了对科学中负责任的行为和认知神经科学家在未来几十年将面临的伦理问题的坚实理解。该项目的一个主要目标是为年轻科学家提供一流的综合培训，他们将成为认知神经科学的未来领导者。

DESCRIPTION (provided by applicant): Project Summary/Abstract This proposal describes the continuation of the Training Program in the Neuroscience of Human Cognition at Northwestern University, a program currently in its initial 5-year funding cycle. A multidisciplinary group of 34 faculty preceptors has been assembled to participate in training the next generation of cognitive neuroscientists. These scientists conduct research exploring a wide variety of human cognitive functions, including language, memory, perception, attention, emotion, motivation, problem solving, action planning, social cognition, executive functions, aging, and development. The program is led by Ken Paller (Director) and Marsel Mesulam (Associate Director), with the assistance of an internal Steering Committee and an External Advisory Committee (Ron Mangun, Marcia Johnson, John Jonides, and Larry Squire). Each year a competitive selection process will identify 4 predoctoral students who have advanced to candidacy for the PhD and 4 postdoctoral trainees, typically for 2 years of support each. They will be joined each year by 3 predoctoral affiliate trainees who receive funding provided by Northwestern Graduate School. Trainees conduct their research under the guidance of one or more of the 34 preceptors from 6 of the separate schools and colleges that make up Northwestern University (Arts & Sciences, Communication, Education, Management, Medical School, and Music). Faculty have primary affiliations with the following departments: Communication Sciences and Disorders, Education, Finance, Linguistics, Music, Neurology, Physiology, Psychiatry and Behavioral Sciences, Psychology, and Radiology. Thus, the training program brings together a diverse set of perspectives on human neuroscience with a broad range of research and training opportunities. Trainees are selected on the basis of their proposed research activities, their future scientific potential, and the excellence of their prior coursework and scientific training. Mentorship from multiple faculty members is encouraged, particularly when the breadth of Cognitive Neuroscience research at Northwestern can be expanded through the kind of novel interdisciplinary approaches made possible when a student bridges the distinct areas of expertise of two mentors. Concerted efforts focus on including under- represented minorities and on fostering a diversity of perspectives. This funding mechanism encourages faculty and students to explore innovative strategies and novel methodological combinations, and it enhances the sense of community for all involved in cognitive neuroscience at Northwestern. Faculty regularly monitor the progress of trainees through formal advising and evaluations, opportunities for written and oral scientific communication, and other aspects of career development. Training instills a solid understanding of responsible conduct in science and of the ethical issues that will confront cognitive neuroscientists in the coming decades. A chief goal of the program is to provide top-rate comprehensive training to young scientists who will become future leaders in cognitive neuroscience.