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 101–200 of 487

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  2. Probing the Neural Mechanisms for Distractor Filtering and Their History-Contingent Modulation by Means of TMS
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  3. Biased towards food: Electrophysiological evidence for biased attention to food stimuli
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  4. Motor Interference, But Not Sensory Interference, Increases Midfrontal Theta Activity and Brain Synchronization during Reactive Control
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  5. Online Advertising Suppresses Visual Competition during Planned Purchases
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  6. Preparatory Control Against Distraction Is Not Feature-Based
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  7. The Control of Visual Attention
    Shaun P. Vecera, Joshua D. Cosman, Daniel B. Vatterott, Zachary J. J. Roper · 2013 · The Psychology of learning and motivation/The psychology of learning and motivation
  8. Inversion of pop-out for a distracting feature dimension in monkey visual cortex
    Peter Christiaan Klink, Rob R. M. Teeuwen, Jeannette A. M. Lorteije, Pieter R. Roelfsema · 2023 · Proceedings of the National Academy of Sciences
  9. Cueing distraction: electrophysiological evidence for anticipatory active suppression of distractor location
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  10. The Temporal Cascade of Neural Processes Underlying Target Detection and Attentional Processing During Auditory Search
    Marissa L. Gamble, Marty G. Woldorff · 2014 · Cerebral Cortex
  11. Reward association facilitates distractor suppression in human visual search
    Mengyuan Gong, Feitong Yang, Sheng Li · 2016 · European Journal of Neuroscience
  12. Attentional guidance by relative features: Behavioral and electrophysiological evidence
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  13. The role of salience in the suppression of distracting stimuli
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  14. The context-contingent nature of cross-modal activations of the visual cortex
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  15. Immunity to attentional capture at ignored locations
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  16. Cortical Mechanisms of Prioritizing Selection for Rejection in Visual Search
    Sarah E. Donohue, Mandy Viktoria Bartsch, Hans‐Jochen Heinze, Mircea Ariel Schoenfeld, Jens‐Max Hopf · 2018 · Journal of Neuroscience
  17. Attentional selection and suppression in children and adults
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  18. Overt attentional capture by reward-related stimuli overcomes inhibitory suppression.
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  19. What Can Computational Models Learn From Human Selective Attention? A Review From an Audiovisual Unimodal and Crossmodal Perspective
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  20. Understanding visual attention with RAGNAROC: A reflexive attention gradient through neural AttRactOr competition.
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  21. Oculomotor suppression of abrupt onsets versus color singletons
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  22. Emotional capture during emotion-induced blindness is not automatic
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  23. Talker discontinuity disrupts attention to speech: Evidence from EEG and pupillometry
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  24. Reward- and Attention-related Biasing of Sensory Selection in Visual Cortex
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  25. Recoiling from Threat: Anxiety is Related to Heightened Suppression of Threat, Not Increased Attention to Threat
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  26. Spatial attention shifting to emotional faces is contingent on awareness and task relevancy
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  27. Difficulty of Discrimination Modulates Attentional Capture by Regulating Attentional Focus
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  28. Attentional capture alters feature perception.
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  29. Electrophysiological evidence for target facilitation without distractor suppression in two-stimulus search displays
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  30. Eye movements reveal the contributions of early and late processes of enhancement and suppression to the guidance of visual search
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  31. Suppression of distracting inputs by visual-spatial cues is driven by anticipatory alpha activity
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  32. Incorporating the properties of peripheral vision into theories of visual search
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  33. Dynamics of Feature-based Attentional Selection during Color–Shape Conjunction Search
    Jeongmi Lee, Carly J. Leonard, Steven J. Luck, Joy J. Geng · 2018 · Journal of Cognitive Neuroscience
  34. Visual search under physical effort is faster but more vulnerable to distractor interference
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  35. Electrophysiological evidence for attentional capture by irrelevant angry facial expressions: Naturalistic faces
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  36. Perceptual Competition Promotes Suppression of Reward Salience in Behavioral Selection and Neural Representation
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  39. The effects of task‐irrelevant threatening stimuli on orienting‐ and executive attentional processes under cognitive load
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  40. An EEG study of the combined effects of top‐down and bottom‐up attentional selection under varying task difficulty
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  41. Electrophysiological Indices of Distractor Processing in Visual Search Are Shaped by Target Expectations
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  42. Deviant sounds yield distraction irrespective of the sounds’ informational value.
    Fabrice B. R. Parmentier · 2016 · Journal of Experimental Psychology Human Perception & Performance
  43. Enhanced spatial focusing increases feature-based selection in unattended locations
    Mandy Viktoria Bartsch, Sarah E. Donohue, Hendrik Strumpf, Mircea Ariel Schoenfeld, Jens‐Max Hopf · 2018 · Scientific Reports
  44. Hand distance modulates the electrophysiological correlates of target selection during a tactile search task
    Elisabetta Ambron, Anna Mas‐Casadesús, Elena Gherri · 2018 · Psychophysiology
  45. Separable Mechanisms Underlying Global Feature-Based Attention
    Rowena Bondarenko, C. Nico Boehler, Christian Michael Stoppel, Hans‐Jochen Heinze, Mircea Ariel Schoenfeld, Jens‐Max Hopf · 2012 · Journal of Neuroscience
  46. From Capture to Inhibition: How does Irrelevant Information Influence Visual Search? Evidence from a Spatial Cuing Paradigm
    Christine Mertes, Edmund Wascher, Daniel A. Schneider · 2016 · Frontiers in Human Neuroscience
  47. Semantic generalization of value-based attentional priority
    Laurent Grégoire, Brian A. Anderson · 2019 · Learning & Memory
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  50. Neural correlates of goal-directed enhancement and suppression of visual stimuli in the absence of conscious perception
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  51. Testing the top‐down contingent capture of attention for abrupt‐onset cues: Evidence from cue‐elicited N2pc
    Florian Goller, Tobias Schoeberl, Ulrich Ansorge A · 2020 · Psychophysiology
  52. Statistical learning affects the time courses of salience-driven and goal-driven selection.
    Changrun Huang, Jan Theeuwes, Mieke Donk · 2020 · Journal of Experimental Psychology Human Perception & Performance
  53. Attentional suppression is delayed for threatening distractors
    Nicolas Burra, Coralie Pittet, Caroline Barras, Dirk Kerzel · 2019 · Visual Cognition
  54. How the Brain Prevents and Terminates Shifts of Attention
    Risa Sawaki, Steven J. Luck · 2014 · Elsevier eBooks
  55. Target and distractor processing and the influence of load on the allocation of attention to task-irrelevant threat
    Paul Bretherton, Michael W. Eysenck, Anne Richards, Amanda Holmes · 2017 · Neuropsychologia
  56. Time to stop calling it attentional “capture” and embrace a mechanistic understanding of attentional priority
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  57. Testing the underlying processes leading to learned distractor rejection: Learned oculomotor avoidance
    Brad T. Stilwell, Shaun P. Vecera · 2022 · Attention Perception & Psychophysics
  58. Attentional suppression is in place before display onset
    Changrun Huang, Mieke Donk, Jan Theeuwes · 2023 · Attention Perception & Psychophysics
  59. Proactive suppression can be applied to multiple salient distractors in visual search.
    Brandi Lee Drisdelle, Martin Eimer · 2023 · Journal of Experimental Psychology General
  60. Does a single session of Attentional Bias Modification influence early neural mechanisms of spatial attention? An ERP study
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  61. Perceptual learning induces active suppression of physically nonsalient shapes
    Liping Hu, Yulong Ding, Zhe Qu · 2019 · Psychophysiology
  62. Biased Competition between Targets and Distractors Reduces Attentional Suppression: Evidence from the Positivity Posterior Contralateral and Distractor Positivity
    Dirk Kerzel, Stanislas Huynh Cong · 2022 · Journal of Cognitive Neuroscience
  63. Attentional selection predicts rapid automatized naming ability in Chinese-speaking children with ADHD
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  65. Scanpath comparisons for complex visual search in a naturalistic environment
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  66. Cued distractor rejection disrupts learned distractor rejection
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  67. The attentional blink freezes spatial attention allocation to targets, not distractors: Evidence from human electrophysiology
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  78. Distinct roles of the intraparietal sulcus and temporoparietal junction in attentional capture from distractor features: An individual differences approach
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