Mismatched Expectations: The Complex Interplay Between Societal Expectations and False Individual Feedback on
Karishma K Singh1, Emily J Hangen2, Audrey-Ann Journault1
1Department of Psychology, University of Rochester, Rochester, New York, USA.
Psychophysiology
|January 28, 2026
Summary
Social identity and personal feedback significantly impact stress responses in competitive math tasks. Asian participants showed higher arousal, while negative feedback increased threat reactivity for all.
Area of Science:
- Social Psychology
- Psychophysiology
- Stereotype Threat Research
Background:
- Competitive success involves intricate psychological and social factors.
- Mismatched societal expectations and individual feedback can disrupt performance.
- Social identity influences stress responses in performance contexts.
Purpose of the Study:
- To investigate how social identity-linked expectations affect physiological stress during a math competition.
- To examine the impact of manipulated individual feedback on stress reactivity.
- To explore the interplay of identity, feedback, and stress in competitive settings.
Main Methods:
- Participants engaged in a math competition with manipulated individual feedback (positive/negative).
- Social expectations were manipulated using same-sex, interracial dyads involving Asian and White participants.
- Physiological stress was measured via pre-ejection period (PEP) changes.
Main Results:
- Asian participants displayed greater sympathetic arousal (larger PEP decreases) than White participants.
- Negative personal feedback led to stronger physiological threat reactivity during anticipation compared to positive feedback.
- Exploratory analyses indicated potential moderation by stress appraisals, group identification, and achievement goals.
Conclusions:
- Social identity and personal feedback interact to shape physiological stress responses in competitive environments.
- Heightened arousal in Asian participants suggests increased task engagement.
- Understanding these psychological factors is crucial for managing stress and optimizing performance.
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