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

Cited by (487)

Items 301–400 of 487

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6. Learned low priority of attention after training to suppress color singleton distractor
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7. Evidence for top-down suppression of negative features in the target feature dimension
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8. How far can the self be extended? Automatic attention capture is triggered not only by the self-face
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9. Conflicting Sensory Information Sharpens the Neural Representations of Early Selective Visuospatial Attention
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11. Reduction of temporal uncertainty facilitates stimulus-driven processes in spatial selection
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13. Inhibition continues to guide search under concurrent visual working memory load
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14. Does superior visual working memory capacity enable greater distractor suppression?
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15. Which kind of attention is captured by cues with the relative target colour?
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16. Semantic generalization of punishment-related attentional priority
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17. The development of attentional control mechanisms in multisensory environments
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18. Scarcity mindset impairs distractor suppression but not target enhancement in selective attention: Evidence from ERPs
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19. Bias-free measure of distractor avoidance in visual search
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21. Ignoring Salient Distractors Inside and Outside the Attentional Window
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22. Combined conceptual and perceptual control of visual attention in search for real-world objects
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23. Investigating visual search mechanisms and enhancing the diagnostic potential of the trail making test using eTMT
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24. From Capture to Control: Initial Capture Increases Learned Suppression
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25. The attractiveness of salient distractors to reaching movements is task dependent
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26. Feature-based attentional control for distractor suppression
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27. External cues improve visual working memory encoding in the presence of salient distractors in schizophrenia
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28. Prospective Distractor Information Reduces Reward-Related Attentional Capture
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29. How we learn to ignore singleton distractors: Suppressing saliency signals or specific features?
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30. Electrophysiological Evidence for Learned Feature Suppression
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31. Attentional Capture and Inhibition of Saccades after Irrelevant and Relevant Cues
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32. Irrelevant sights and sounds require spatial suppression: ERP evidence
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33. Microsaccadic correlates of covert attention and crowding
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34. Evidence that proactive distractor suppression does not require attentional resources
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35. Influence of flavor information on visual search: Attentional capture by and suppression of flavor-associated colors
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36. Differential activation of a central inhibition system by motion and colour distractors
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37. Gaze dynamics of feature-based distractor inhibition under prior-knowledge and expectations
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38. Guided Visual Search is associated with a feature-based priority map in early visual cortex
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39. Decoding early and late cortical contributions to individuation of attended and unattended objects
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40. Progress and remaining issues: A response to the commentaries on Luck et al. (2021)
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41. Tuning to non-veridical features in attention and perceptual decision-making: An EEG study
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42. 10 Hz rhythmic stimulation modulates electrophysiological, but not behavioral markers of suppression
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43. The proactive and reactive mechanisms of learned spatial suppression
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44. Top-down instructions influence the attentional weight on color and shape dimensions during bidimensional search
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45. Inhibition in large set sizes depends on search mode, not salience
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48. The impact of predictive cues and visual working memory on dynamic oculomotor selection
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49. On target selection as reflected by posterior ERP components in feature‐guided visual search
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50. Modulation of similarity on the distraction resistance of visual working memory representation
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51. Attenuating the ‘attentional white bear’ effect enhances suppressive attention
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52. Electrophysiological correlates of attentional capture in joint action
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53. Attentional suppression of weight‐related distractors among females with weight dissatisfaction
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54. Suppressive Control of Incentive Salience in Real-World Human Vision
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55. Attentional Capture to a Singleton Distractor Degrades Visual Marking in Visual Search
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56. Voluntary choice tasks increase control settings and reduce capture
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57. Towards understanding how we pay attention in naturalistic visual search settings
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58. Attentional Capture and Control
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59. Relating distractor suppression to problematic drinking behavior
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60. The effect of dynamic stimuli on attention under different perceptual loads
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61. Signal suppression makes search less effortful
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62. Early or late distractions hurt working memory differently depending on how long you look
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63. Re-examining electrophysiological evidence for proactive suppression of salient visual distractors
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64. Rapid development of inhibitory effects in response to novel features: It’s mostly target-feature enhancement
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65. A singleton distractor updates the inhibitory template for visual marking
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66. Atypical attentional filtering of visual information in youth with chromosome 22q11.2 deletion syndrome as indexed by event-related potentials
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68. Attentional prioritisation and facilitation for similar stimuli in visual working memory
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70. The Role of Momentary Dissociation in the Sensory Cortex: A Neurophysiological Review and its Implications for Maladaptive Daydreaming
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71. Temporal dynamics of spatial attentional biases toward weight-related words among females with weight dissatisfaction.
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72. Action Planning Renders Objects in Working Memory More Attentionally Salient
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74. Differential effects of threat types on attentional processes: a comparison of snakes and blood-injury-injection stimuli
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75. Temporal Dynamics and Representational Consequences of the Control of Processing Conflict between Visual Working Memory and Visual Perception
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78. Can enhancement and suppression concurrently guide attention? An assessment at the individual level
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79. Neurophysiological evidence against attentional suppression as the source of the same-location cost in spatial cueing
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80. Do Negative Emotional Pictures Automatically Capture Attention?
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81. Task performance in covert, but not overt, attention correlates with early laterality of visual evoked potentials
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82. Capture or suppression? Attentional allocation upon reward and loss-associated nonsalient distractors are supported by distinct neural mechanisms: An EEG study
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83. The influence of feature-based statistical regularity of singletons on the attentional suppression effect
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84. Foxes, hedgehogs, and attentional capture
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85. Inhibitory template for visual marking with endogenous spatial cueing
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86. Memory for Stimulus Duration Is Not Bound to Spatial Information
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87. Aging Impairs Reactive Attentional Control but Not Proactive Distractor Inhibition
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88. Subliminal meaning-contingent attentional orienting: The role of attentional control setting based on displaywide features
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89. Similar Quality of Visual Working Memory Representations between Negative and Positive Attentional Templates
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