Capture versus suppression of attention by salient singletons: Electrophysiological evidence for an automatic attend-to-me signal

Sawaki, Risa, Luck, Steven J.·2010·Attention, Perception, & Psychophysics

Cited by (487)

Items 401–487 of 487

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  9. Different neural mechanisms for nonsalient trained stimuli and physically salient stimuli in visual processing
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  14. On the Relationship between Visual Attention and Perceptual Awareness
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  15. Attentional suppression is delayed for threatening distractors
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  17. Within- versus cross-dimensional capture in fixed-feature visual search
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  18. The manifold role of reward value on visual attention
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  19. Electrophysiological correlates of visual search in the autism spectrum
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  20. When, Why and How Do Attentional Control Settings Influence Reflexive Capture?
    Cassie B. Ford · 2019 · Carolina Digital Repository (University of North Carolina at Chapel Hill)
  21. Value-driven attentional capture: Exploring the influence of reward history on involuntary attentional selection
    Brian A. Anderson · 2014
  22. Statistical learning of target selection and distractor filtering
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  23. Tokens of Interaction: Psychophysiological Signals, a Potential Source of Evidence of Digital Incidents
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  24. Neural Substrates of Cognitive Processing Architectures
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  25. Investigating attentional suppression of reward-related distractors
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  26. Neural mechanisms of visual singleton detection: Evidence from human electrophysiology
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  27. Neural mechanisms underlying anxiety-related deficits of attentional inhibition: direct ERP evidence from the Pd component
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  28. Individual differences in the Pd component support object-file updating as the source of the same-location cost in attentional orienting
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  29. Drawn to distraction: Anxiety impairs neural suppression of known distractor featuresin visual search
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  30. Motivation reduces positive and negative emotional distractions
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  31. Monetary and non-monetary reward reduces attentional capture by emotional distractors.
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  36. Testing the effects of perceptual grouping on visual search in older adults
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  37. Learned cognitive control counteracts value-driven attentional capture
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    Bence Szaszkó, Rebecca Rosa Schmid, Ulrich Pomper, Mira Maiworm, Sophia Laiber, Hannah Tschenett, Urs Markus Nater, Ulrich Ansorge A · 2023
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  40. Interaction between Attentional Capture and Executive Control in Conflict Processing
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  41. WITHDRAWN: Alpha oscillations support the efficiency of guided visual search by inhibiting both target and distractor features in early visual cortex
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  42. Inhibition Effect and Target Feature Enhancement Effect in Signal Suppression Hypothesis
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  43. Effect of Stimulus Salience on Color-Based Targeting of Peripheral Visual Attention
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  44. Attentional Suppression of Salient Distractors in Visual Search: Proactive or Reactive?
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  58. Alpha and theta dynamics successively resolve competition between rival visual stimuli
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  59. Distractors sharing critical target features summon, but do not engage, attention: An EEG study
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  66. Attentional Capture by a Salient Distractor Enhances Target Search Efficiency through Object-based Attentional Spreading
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  67. Rapid Inversion of Singleton Distractor Representations Underlies Learned Attentional Suppression
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  70. La distraction par des stimuli associés à une récompense et le contrôle attentionnel dans des tâches de recherche visuelle
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  71. Attentional capture effects are modulated by the number of concurrently maintained search goals
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  72. Auditory Attention Implements Complementary but Independent Cortical Mechanisms of Enhancement and Suppression
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  73. Measuring conscious perception interferes with the allocation of attention to distractors
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  74. Between Control and Disruption: Effects of Instant Messaging Notifications on Cognitive and Perceptual Process
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  76. Distractor avoidance is achieved by active control rather than passive exclusion
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  77. What Makes Joint Visual Search Efficient? A Distractor Suppression Account
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  86. Can Irrelevant Onsets Capture Attention? Searching for a Unified Model of Attention Capture
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  87. The role of multisensory integration in the bottom-up and top-down control of attentional object selection
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