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Thin Slices |
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Social Identity & Behavior |
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Emotion & Nonverbal Behavior |
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Social & Cultural Neuroscience |
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Social Vision |
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IPC ResearchWe aim to understand the ways in which social factors interplay with perception,
cognition, and behavior. Our broad research interests include the accuracy of
spontaneous social judgments from "thin slices" (brief observations) of
behavior, the cognitive and behavioral effects of stereotyping, nonverbal and
verbal communication in real-life settings, and the role of social and
structural group memberships in interpersonal relations. We examine these
phenomena at multiple levels of analyses ranging from the neurological and
physiological to sociocultural.
Please use the links on the left to find out more about some of the research
we're doing!
Thin slicesOne of the major research directions that lab pursues is the accuracy of
spontaneous social judgments from "thin slices," or very brief observations, of
behavior. Research in the lab has demonstrated that judgments made on the basis
of thin slices of behavior can be quite accurate. At present, we are
investigating the neurological, cognitive, and affective underpinnings of this
phenomenon. We are also investigating the generalizability of the phenomenon
across different domains, situations, and cultures. In addition, we have been
examining how well people make such judgments with minimal information, as
exemplified by the figural outline of the person below.

Social Identity & BehaviorOne general line of research our lab focuses on involves the impact of
sociocultural group membership on various intra-individual and interpersonal
processes. This work has found that group memberships have pervasive effects on
thought, behavior, and mood, and thus represent an important factor to be
considered in order to better understand all dyadic and group-level
interactions. Below we briefly discuss two major foci of our work: stereotype
susceptibility and dyadic interactions of differential status groups.
Stereotype susceptibility
Stereotypes, the categories people use to organize their social world, have been
found to exert powerful effects on the cognition and behavior of stereotyped
individuals. Our research extends this broad finding by examining the effects of
stereotypes across multiple levels, with the realization that individuals
simultaneously belong to multiple sociocultural group categories which may be
associated with positive or negative stereotypes, depending on the situation.
Thus, for instance, an Asian American woman possesses at least two distinct
identities, each associated with different and sometimes conflicting
domain-specific stereotypes. As an Asian American she is stereotyped to possess
superior quantitative skills; as a woman, on the other hand, she is stereotyped
to possess poorer quantitative skills. The opposite is true in the domain of
qualitative skills. Our research has shown that the subtle activation of these
identities produces stereotype-consistent behavior, such that both positive and
negative identity-relevant stereotypes differentially affect cognition and
behavior. We refer to this process as stereotype susceptibility, and we are now
beginning to examine it in other domains, with a broad range of racial and
ethnic identities, and across the lifespan.
Dyadic interactions of differential status groups
This line of research also examines the ways in which social group memberships
impact cognition, affect, and behavior, but does so at both the intraindividual
and interindividual levels. In particular, this work examines the influence of
social identity group memberships (such as race and gender) on 1) psychological
processes during dyadic interactions between members of different groups; 2)
perceptions of, reactions to, and behavior with other group members who either
conform to or contradict group norms and stereotypes; and 3) the academic
achievement of group members in the face of relevant social stereotypes.
Further, this research considers the perspectives of both members of low status,
stigmatized groups and members of high status, nonstigmatized groups. The larger
aim of research program is to contribute to a comprehensive examination of
interactions between members of stigmatized and nonstigmatized groups, as well
as to highlight the qualitative experiences of members of stigmatized social
groups.
Emotion & Nonverbal BehaviorWhile the research interests of the lab in nonverbal communication are very
diverse, currently we are focusing on three lines of research that attempt to
understand the way emotions are presented and understood nonverbally, as well as
their effects on interpersonal outcomes. We have briefly summarized these
projects as follows Ingroup/Outgroup Recognition of Emotion, Mixed Messages, and
Social Function of Emotion Displays.
Ingroup/outgroup recognition of emotion
At a broadest level, this line of research involves individual and
cross-cultural differences in the communication and regulation of emotion. One
recent project in this field was a large-scale meta-analytic review of the
universality of emotion recognition, specifically the notion of an ingroup
advantage of emotion recognition. Interestingly, this review found that
happiness and anger showed the smallest ingroup advantage, suggesting an
evolutionary role in emotion recognition. An experimental follow-up to this
review conducted with a colleague in India examined specifically the effect of
exposure to other cultures on the ingroup advantage.
Mixed messages
Mixed messages are messages in which two or more channels of communication (e.g.
verbal content and tone of voice) are in conflict. We have studied these
messages in terms of how they affect productivity, creativity, and satisfaction
in the workplace, as well as how they affect cognitive processes such as facial
memory. Interestingly, results from this work are often counterintuitive. For
example, mixed messages tend to elicit greater levels of productivity,
satisfaction, and facial memory. Our current work focuses on determining the
meta-message, or gestalt, that may be conveyed by specific types of messages.
Specifically, we are investigating how mixed and consistent messages are used to
express different levels of politeness and impoliteness.
Social function of emotion displays
We have recently been studying the interactional function played by the fear and
anger expressions. Specifically, we are interested in how the specific forms
these expressions take relate to the way people who show them are perceived by
others. Currently we are looking at the implicit associations that may exist
between the fear and anger expressions and constructs of youth and maturity. We
are also planning to study the physiology of emotional expression recognition
and how it can help us better understand the processing and categorization of
these expressions.
Social & Cultural NeuroscienceCurrently under construction. We'll reveal soon!
Social Vision
We are interested in the way that social factors such as our
identities, goals, stereotypes, motivations, desires, beliefs, and
personalities influence and interact with the basic vision and perception of
others. At multiple levels of analysis, we have been examining how
higher-order social factors and lower-level construal processes
work in concert to drive our interpretations of the social world. One
important aspect of this research is uncovering the many interactions
between the bottom-up visual and perceptual processes driving construal and
the top-down social cognition that guides and constrains these.
For overviews of recent work in this area:
“THE SCIENCE OF SOCIAL VISION” edited by R. B. Adams, Jr., N. Ambady, K.
Nakayama, & S. Shimojo.
Oxford University Press: New York (forthcoming).Freeman, J.B., Ambady, N., Rule, N.O., & Johnson, K.L. (in press). Will a category cue attract you? Motor output reveals dynamic competition across person construal. Journal of Experimental Psychology: General
[read the paper!]
Chiao, J. Y., Heck, H. E., Nakayama, K., & Ambady, N. (2006). Priming race in biracial observers affects visual search for Black and White faces.
Psychological Science, 17, 387-392.
[read the paper!]
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