Self-Relevance Attenuates Emotion-Induced Blindness Across Individual, Relational, and Collective Levels

Area of Science:

• Cognitive Psychology
• Social Psychology
• Neuroscience

Background:

• Emotion-induced blindness (EIB) impairs target perception due to emotional distractors.
• Existing EIB mitigation strategies include enhancing target priority or regulating distractors.
• The role of self-relevance in counteracting EIB remains largely unexplored.

Purpose of the Study:

• To investigate if enhancing target self-relevance mitigates EIB.
• To examine self-relevance effects across individual, relational, and collective levels.
• To explore the potential of self-relevance as a buffer against emotional interference.

Main Methods:

• Employed a two-phase paradigm using associative learning to assign self-relevance to neutral images.
• Utilized a rapid serial visual presentation (RSVP) task with emotional distractors preceding targets.
• Tested self-relevance effects at individual, relational, and collective (concrete and abstract) levels.

Main Results:

• Individual and relational self-relevance significantly reduced EIB, improving target accuracy after negative distractors.
• Collective self-relevance modulated EIB based on identity concreteness.
• Concrete collective identities (e.g., university) buffered EIB, unlike abstract identities (e.g., gender).

Conclusions:

• Target self-relevance acts as a protective buffer against EIB across various self-levels.
• Self-relevance enhances resilience by reducing emotional interference during adverse experiences.
• Findings suggest practical applications for improving psychological resilience in real-world settings.