attention selective divided

Foundational attention research: selective attention to relevant stimuli while filtering distractors, divided attention across simultaneous inputs, spatial attention and cueing paradigms (Posner cueing), attentional capture by salient or task-irrelevant stimuli, covert attention shifts, dichotic listening, and theories of attentional selection (filter theory, feature integration, load theory). The basic-science attention construct outside any driving task, distinct from attention_allocation under cognitive workload (attention deployed during driving) and from visual_search (active scanning for targets).

1287 paper(s) · ranked by relevance to this topic

1. Redes atencionales y sistema visual selectivo ↗ · 2006 · Moreno, Alejandro Castillo et al. · indexed
2. Attentional capture by auto- and allo-cues · 2003 · Rauschenberger, Robert · archived
3. Visual attention: The past 25 years ↗ · 2011 · Carrasco, Marisa · indexed
4. Overriding stimulus-driven attentional capture · 1994 · Bacon, William F. et al. · archived
5. Visuospatial attention: Beyond a spotlight model · 1999 · Cave, Kyle R. et al. · archived
6. Immunity to attentional capture at ignored locations · 2017 · Ruthruff, Eric et al. · archived
7. Spatial cueing effects do not always index attentional capture: Evidence for a Priority Accumulation Framework ↗ · 2020 · Darnell, Maya et al. · indexed
8. Terms of debate: Consensus definitions to guide the scientific discourse on visual distraction · 2024 · Liesefeld, Heinrich R. et al. · archived
9. Terms of debate: Consensus definitions to guide the scientific discourse on visual distraction · 2023 · Liesefeld, Heinrich R. et al. · archived
10. A selective review of selective attention research from the past century ↗ · 2001 · Driver, Jon · indexed
11. Spatial Orienting and Attentional Capture ↗ · 2014 · Theeuwes, Jan · indexed
12. Mechanisms and models of selective attention ↗ · 1996 · Mangun, George R. et al. · indexed
13. Selectivity in distraction by irrelevant featural singletons: Evidence for two forms of attentional capture. ↗ · 1998 · Folk, Charles L. et al. · indexed
14. Tracking the misallocation and reallocation of spatial attention towards auditory stimuli ↗ · 2023 · Mandal, Ananya et al. · indexed
15. On the role of selective attention in visual perception · 1998 · Luck, Steven J. et al. · archived
16. Spatial filtering restricts the attentional window during both singleton and feature-based visual search · 2020 · Berggren, Nick et al. · archived
17. Displaywide visual features associated with a search display’s appearance can mediate attentional capture · 2007 · Burnham, Bryan R. · archived
18. Tracking the Misallocation and Reallocation of Spatial Attention toward Auditory Stimuli ↗ · 2024 · Mandal, Ananya et al. · indexed
19. The roles of feature-specific task set and bottom-up salience in attentional capture: An ERP study. · 2009 · Eimer, Martin et al. · archived
20. Attentional capture by color without any relevant attentional set · 2001 · Turatto, Massimo et al. · archived
21. Feature-guided attentional capture cannot be prevented by spatial filtering ↗ · 2018 · Berggren, Nick et al. · indexed
22. Stimulus-driven attentional capture is contingent on attentional set for displaywide visual features. ↗ · 1998 · Gibson, Bradley S. et al. · indexed
23. Modality-specificity of Selective Attention Networks · 2015 · Stewart, Hannah J. et al. · archived
24. An Expansive Survey, in Clear and Vivid Form: Proctor and Vu's (2023) <i>Attention</i> ↗ · 2023 · McCarley, Jason S. et al. · indexed
25. Involuntary Attentional Capture is Determined by Task Set: Evidence from Event-related Brain Potentials · 2008 · Eimer, Martin et al. · archived
26. Attentional capture by abrupt onsets: Foundations and emerging issues. ↗ · 2025 · Zhang, Han et al. · indexed
27. Attention ↗ · 2003 · Egeth, Howard et al. · indexed
28. Global Facilitation of Attended Features Is Obligatory and Restricts Divided Attention · 2013 · ‪Søren K. Andersen et al. · archived
29. Suppression of Covert and Overt Attentional Capture ↗ · 2016 · Gaspelin, Nicholas et al. · indexed
30. Effects of Task Relevance and Stimulus-Driven Salience in Feature-Search Mode. ↗ · 2004 · Lamy, Dominique et al. · indexed
31. Ignoring Salient Distractors Inside and Outside the Attentional Window ↗ · 2025 · Ma, Xiaojin et al. · indexed
32. Load Theory of Selective Attention and Cognitive Control. ↗ · 2004 · Lavie, Nilli et al. · indexed
33. Feature integration and spatial attention: common processes for endogenous and exogenous orienting ↗ · 2009 · Henderickx, David et al. · indexed
34. Signal suppression 2.0: An updated account of attentional capture and suppression · 2025 · Gaspelin, Nicholas et al. · archived
35. Fundamental Components of Attention ↗ · 2007 · Knudsen, Eric I. · indexed
36. Attention: Theory, Principles, Models and Applications ↗ · 2021 · Wickens, Christopher D. · indexed
37. Distracted and confused?: Selective attention under load ↗ · 2005 · Lavie, Nilli · indexed
38. Attentional capture by abrupt onsets and feature singletons produces inhibitory surrounds · 2000 · Mounts, Jeffrey R. W. · archived
39. Attentional Capture by Abrupt Onsets: Foundations and Emerging Issues ↗ · 2024 · Zhang, Han et al. · indexed
40. No identification of abrupt onsets that capture attention: evidence against a unified model of spatial attention · 2020 · Maxwell, Joshua W et al. · archived
41. The spatially global control of attentional target selection in visual search · 2017 · Berggren, Nick et al. · archived
42. The structure of attentional control: Contingent attentional capture by apparent motion, abrupt onset, and color. ↗ · 1994 · Folk, Charles L. et al. · indexed
43. Involuntary covert orienting is contingent on attentional control settings. ↗ · 1992 · Folk, Charles L. et al. · indexed
44. Auditory attentional capture: implicit and explicit approaches ↗ · 2014 · Dalton, Polly et al. · indexed
45. Attentional capture during attentional awakening · 2016 · Inukai, Tomoe et al. · archived
46. Load theory of selective attention and the role of perceptual load: Is it time for revision? ↗ · 2010 · Khetrapal, Neha · indexed
47. Involuntary attentional capture by abrupt onsets · 1992 · Remington, Roger W. et al. · archived
48. Signal enhancement and suppression during visual–spatial selective attention ↗ · 2010 · Couperus, J.W. et al. · indexed
49. Bottom-up and top-down attention are independent · 2013 · Pinto, Y. et al. · archived
50. It’s under control: Top-down search strategies can override attentional capture · 2006 · Leber, Andrew B. et al. · archived
51. Top-down search strategies cannot override attentional capture · 2004 · Theeuwes, Jan · archived
52. Selective attention and performance with a multidimensional visual display. ↗ · 1986 · Lambert, Anthony J. et al. · indexed
53. Stimulus-driven capture and attentional set: Selective search for color and visual abrupt onsets. ↗ · 1994 · Theeuwes, Jan · indexed
54. EPS Mid-Career Award 2014 · 2015 · Eimer, Martin · archived
55. Attention and Performance · 2001 · Pashler, Harold et al. · archived
56. Variations in the magnitude of attentional capture: Testing a two-process model · 2010 · Anderson, Brian A. et al. · archived
57. Space-based and feature-based attentional selection in perception and working memory · 2019 · McCants, Cody W. · archived
58. Context-dependent modulation of spatial attention: prioritizing behaviourally relevant stimuli · 2025 · Britt, Noah et al. · archived
59. Made you blink! Contingent attentional capture produces a spatial blink · 2002 · Folk, Charles L. et al. · archived
60. Stimulus-driven attentional capture by subliminal onset cues · 2014 · Schoeberl, Tobias et al. · archived
61. The size of an attentional window modulates attentional capture by color singletons · 2007 · Belopolsky, Artem V. et al. · archived
62. Salience effects on attentional selection are enabled by task relevance. ↗ · 2024 · Zhang, Yue et al. · indexed
63. Attentional Capture and Control ↗ · 2024 · Theeuwes, Jan · indexed
64. Context and competition in the capture of visual attention · 2011 · Hickey, Clayton et al. · archived
65. Facilitation and inhibition mechanisms of human visuospatial attention in a non-search task ↗ · 2001 · Facoetti, Andrea · indexed
66. Interaction between stimulus-driven orienting and top-down modulation in attentional capture ↗ · 2011 · Liao, Hsin‐I et al. · indexed
67. Attentional capture and aging: Implications for visual search performance and oculomotor control ↗ · 1999 · Kramer, Arthur F. et al. · indexed
68. Shifting visual attention and selecting motor responses: Distinct attentional mechanisms. · 1991 · Pashler, Harold · archived
69. Dynamic competition between selective attention and spatial prediction during visual search ↗ · 2025 · Bouwkamp, Floortje G. et al. · indexed
70. Interactions between space-based and feature-based attention. ↗ · 2014 · Leonard, Carly J. et al. · indexed
71. Auditory and visual capture during focused visual attention. ↗ · 2009 · Koelewijn, Thomas et al. · indexed
72. Irrelevant sights and sounds require spatial suppression: <scp>ERP</scp> evidence ↗ · 2022 · Lunn, Jessica et al. · indexed
73. The development of selective attention: A life-span overview ↗ · 1994 · Plude, Dana J. et al. · indexed
74. Your divided attention, please! The maintenance of multiple attentional control sets over distinct regions in space ↗ · 2007 · Adamo, Maha et al. · indexed
75. Top-down search strategies determine attentional capture in visual search: Behavioral and electrophysiological evidence · 2010 · Eimer, Martin et al. · archived
76. Nonspatial interdimensional attentional capture · 2010 · Inukai, Tomoe et al. · archived
77. Spatial selectivity in visual detection suffers when attention is divided ↗ · 2025 · Palmer, John et al. · indexed
78. Voluntary allocation versus automatic capture of visual attention ↗ · 1990 · Warner, C. Bruce et al. · indexed
79. Perceptual load as a major determinant of the locus of selection in visual attention ↗ · 1994 · Lavie, Nilli et al. · indexed
80. Developing the Attentive Brain: Contribution of Cognitive Neuroscience to a Theory of Attentional Development ↗ · 2024 · Rueda, M. Rosario · indexed
81. Hidden from view: Statistical learning exposes latent attentional capture · 2019 · Hilchey, Matthew D. et al. · archived
82. Spatial cueing effects do not always index attentional capture: evidence for a priority accumulation framework ↗ · 2021 · Darnell, Maya et al. · indexed
83. The effect of visuospatial attentional load on the processing of irrelevant acoustic distractors ↗ · 2006 · Zhang, Peng et al. · indexed
84. Editorial: Cognitive hearing science: Investigating the relationship between selective attention and brain activity · 2022 · Rönnberg, Jerker et al. · archived
85. Rapid disengagement hypothesis and signal suppression hypothesis of visual attentional capture · 2020 · Zhang, Fan et al. · archived
86. A theory of visual attention. ↗ · 1990 · Bundesen, Claus · indexed
87. Neural mechanisms of visual selective attention ↗ · 1995 · MANGUN, GEORGE R. · indexed
88. Moving attention: Evidence for time-invariant shifts of visual selective attention · 1984 · Remington, Roger et al. · archived
89. Attentional Selection of Feature Conjunctions Is Accomplished by Parallel and Independent Selection of Single Features ↗ · 2015 · ‪Søren K. Andersen et al. · indexed
90. Can Irrelevant Onsets Capture Attention? Searching for a Unified Model of Attention Capture ↗ · 2014 · Gaspelin, Nicholas · indexed
91. Preparatory Control Against Distraction Is Not Feature-Based ↗ · 2021 · Liesefeld, Heinrich R et al. · indexed
92. Foxes, hedgehogs, and attentional capture · 2021 · Hickey, Clayton et al. · archived
93. Towards understanding how we pay attention in naturalistic visual search settings ↗ · 2020 · Turoman, Nora et al. · indexed
94. Ten simple rules to study distractor suppression · 2021 · Wöstmann, Malte et al. · archived
95. An EEG study of the combined effects of top‐down and bottom‐up attentional selection under varying task difficulty ↗ · 2022 · Rashal, Einat et al. · indexed
96. Towards understanding how we pay attention in naturalistic visual search settings ↗ · 2021 · Turoman, Nora et al. · indexed
97. Attentional capture and inattentional blindness ↗ · 2000 · Simons, Daniel J. · indexed
98. The temporal dynamics of selective attention are reflected by distractor intrusions · 2023 · Zivony, Alon et al. · archived
99. All set, indeed! N2pc components reveal simultaneous attentional control settings for multiple target colors. ↗ · 2016 · Grubert, Anna et al. · indexed
100. Involuntary transfer of a top-down attentional set into the focus of attention: Evidence from a contingent attentional capture paradigm · 2010 · Moore, Katherine Sledge et al. · archived
101. Evidence for the selective attention mechanism and dual-task interference ↗ · 2009 · Liu, Chau-Chyun et al. · indexed
102. Feature-driven attentional capture is modulated by the distribution of spatial attention ↗ · 2015 · Leonard, Carly et al. · indexed
103. Automatic, stimulus-driven attentional capture by objecthood · 2007 · Kimchi, Ruth et al. · archived
104. Attentional capture in singleton-detection and feature-search modes. ↗ · 2003 · Lamy, Dominique et al. · indexed
105. Suppression of overt attentional capture by salient-but-irrelevant color singletons · 2016 · Gaspelin, Nicholas et al. · archived
106. On the distinction between visual salience and stimulus-driven attentional capture. ↗ · 1999 · Yantis, Steven et al. · indexed
107. Rapid Parallel Attentional Selection Can Be Controlled by Shape and Alphanumerical Category ↗ · 2016 · Jenkins, Michael et al. · indexed
108. The Interaction of Cognitive Load and Attention-Directing Cues in Driving ↗ · 2009 · Lee, Yi-Ching et al. · indexed
109. Spatial attention and object-based attention: a comparison within a single task ↗ · 2004 · Soto, David et al. · indexed
110. Decoding Covert Visual Attention in Space and Time from Neural Signals · 2025 · Hamed, Suliann Ben · archived
111. Progress toward resolving the attentional capture debate ↗ · 2020 · Luck, Steven J. et al. · indexed
112. Behavioral performance follows the time course of neural facilitation and suppression during cued shifts of feature-selective attention · 2010 · ‪Søren K. Andersen et al. · archived
113. Executive function ↗ · 2013 · Arciniegas, David B. · indexed
114. The role of working memory in attentional capture · 2005 · Lavie, Nilli et al. · archived
115. Abrupt visual onsets and selective attention: Voluntary versus automatic allocation. ↗ · 1990 · Yantis, Steven et al. · indexed
116. Attentional capture by a color singleton is stronger at spatially relevant than irrelevant locations: Evidence from an ERP study ↗ · 2020 · Su, Yuling et al. · indexed
117. Auditory Attentional Capture: Effects of Singleton Distractor Sounds. ↗ · 2004 · Dalton, Polly et al. · indexed
118. Mechanisms of Visuospatial Attention: Evidence from Event-related Brain Potentials ↗ · 1998 · Eimer, Martin · indexed
119. Evidence for split attentional foci. · 2000 · Awh, Edward et al. · archived
120. Memory-driven capture during focused visual attention ↗ · 2024 · Yang, Yilu et al. · indexed
121. Object features, object locations, and object files: Which does selective attention activate and when? ↗ · 2000 · Lamy, Dominique et al. · indexed
122. The problem of latent attentional capture: Easy visual search conceals capture by task-irrelevant abrupt onsets. ↗ · 2016 · Gaspelin, Nicholas et al. · indexed
123. Statistical regularities cause attentional suppression with target-matching distractors · 2020 · Kerzel, Dirk et al. · archived
124. Contingent attentional capture occurs by activated target congruence · 2008 · Ariga, Atsunori et al. · archived
125. Contingent attentional capture by top-down control settings: Converging evidence from event-related potentials. · 2008 · Lien, Mei-Ching et al. · archived
126. On measuring selective attention to an expected sensory modality · 1997 · Spence, Charles et al. · archived
127. A review of attentional capture: On its automaticity and sensitivity to endogenous control ↗ · 2002 · Ruz, Marı́a et al. · indexed
128. Selective attention and general attentional resources in the learning of spatial context ↗ · 2010 · Vickery, T. J. et al. · indexed
129. Stimulus-driven attentional capture and attentional control settings. ↗ · 1993 · Yantis, Steven · indexed
130. Selective attention to the color and direction of moving stimuli: Electrophysiological correlates of hierarchical feature selection · 1996 · Lourdes Anllo‐Vento et al. · archived
131. The N2pc component and its links to attention shifts and spatially selective visual processing · 2007 · Kiss, Mónika et al. · archived
132. Selective and divided attention in animals ↗ · 2005 · Zentall, Thomas R. · indexed
133. Early sensory gain control is dominated by obligatory and global feature-based attention in top-down shifts of combined spatial and feature-based attention ↗ · 2023 · Gundlach, Christopher et al. · indexed
134. Towards a resolution of the attentional-capture debate. ↗ · 2015 · Carmel, Tomer et al. · indexed
135. Supramodal Executive Control of Attention · 2015 · eSPAGNA, ALFREDO et al. · archived
136. Multiple attentional control settings influence late attentional selection but do not provide an early attentional filter ↗ · 2010 · Adamo, Maha et al. · indexed
137. Comparison of cues in auditory selective and divided attention ↗ · 2005 · Lee, Jae hee et al. · indexed
138. Cumulative Progress in Formal Theories of Attention ↗ · 2004 · Logan, Gordon D. · indexed
139. When spatial attention cannot be divided: Quadrantic enhancement of early visual processing across task–relevant and irrelevant locations · 2024 · Özkan, Mert et al. · archived
140. Tracking exogenous attentional capture in an urgent covert perceptual choice task ↗ · 2023 · Oor, Emily E et al. · indexed
141. Electrophysiological Evidence of the Capture of Visual Attention · 2006 · Hickey, Clayton et al. · archived
142. Attentional set modulates visual areas: an event-related potential study of attentional capture ↗ · 2001 · Arnott, Stephen R et al. · indexed
143. Attentional control through colour-location associations induces contingent capture ↗ · 2024 · Joubran, Samantha et al. · indexed
144. Unique Temporal Change Is the Key to Attentional Capture ↗ · 2005 · von Mühlenen, Adrian et al. · indexed
145. Non-spatial features reduce the reliance on sustained spatial auditory attention ↗ · 2019 · Bonacci, Lia M. et al. · indexed
146. Attention Selection and Multitasking in Everyday Driving: A Conceptual Model ↗ · 2017 · Engström, Johan et al. · indexed
147. Dynamics of attentional allocation to targets and distractors during visual search ↗ · 2022 · Forschack, Norman et al. · indexed
148. A Taxonomy of External and Internal Attention ↗ · 2010 · Chun, Marvin M. et al. · indexed
149. To What Extent do the Findings of Laboratory-Based Spatial Attention Research Apply to the Real-World Setting of Driving? ↗ · 2014 · Ho, Cristy et al. · indexed
150. Spatial attention excludes external noise without changing the spatial frequency tuning of the perceptual template ↗ · 2004 · Lu, Zhong-Lin et al. · indexed
151. Irrelevant Singletons in Visual Search Do Not Capture Attention but Can Produce Nonspatial Filtering Costs ↗ · 2011 · Wykowska, Agnieszka et al. · indexed
152. Visual Selective Attention in Adults with ADHD: Electrophysiological Evidence of Facilitation and Suppression · 2014 · Couperus, Jane W. et al. · archived
153. Direct Evidence for Active Suppression of Salient-but-Irrelevant Sensory Inputs · 2015 · Gaspelin, Nicholas et al. · archived
154. A dual-stage two-phase model of selective attention. · 2010 · Hübner, Ronald et al. · archived
155. Passive distractor filtering in visual search ↗ · 2021 · Won, Bo-Yeong · indexed
156. Symbiosis of executive and selective attention in working memory · 2014 · Vandierendonck, André · archived
157. Attentional Capture by a Salient Distractor Enhances Target Search Efficiency through Object-based Attentional Spreading ↗ · 2026 · Xie, Tong et al. · indexed
158. Can new objects override attentional control settings? · 1999 · Folk, Charles L. et al. · archived
159. What drives memory-driven attentional capture? The effects of memory type, display type, and search type. · 2009 · Olivers, Christian N. L. · archived
160. Overriding auditory attentional capture · 2007 · Dalton, Polly et al. · archived
161. Attention: the mechanisms of consciousness. · 1994 · Posner, Michael · archived
162. Context-Dependent Modulations of Spatial Attention: A Simulated Driving Task ↗ · 2024 · Britt, Noah et al. · indexed
163. An electrophysiological investigation of the spatial distribution of attention to colored stimuli in focused and divided attention conditions ↗ · 1989 · Wijers, Albertus A. et al. · indexed
164. Goal-driven attentional capture by invisible colors: Evidence from event-related potentials · 2009 · Ansorge, Ulrich et al. · archived
165. Reevaluating the disengagement hypothesis ↗ · 2010 · Lamy, Dominique · indexed
166. Top-Down Modulation of Early Visual Processing in V1: Dissociable Neurophysiological Effects of Spatial Attention, Attentional Load and Task-Relevance ↗ · 2021 · Wolf, Maren-Isabel et al. · indexed
167. The Attention Operating Characteristic: Examples from Visual Search ↗ · 1978 · Sperling, George et al. · indexed
168. Spatial and Feature-selective Attention Have Distinct, Interacting Effects on Population-level Tuning ↗ · 2022 · Goddard, Erin et al. · indexed
169. The processing mechanism of category-specific attentional control settings in attentional capture ↗ · 2022 · Wu, Xia et al. · indexed
170. No commonality between attentional capture and attentional blink ↗ · 2011 · Kawahara, Jun I. et al. · indexed
171. Unintended Allocation of Spatial Attention to Goal-Relevant but Not to Goal-Related Events · 2011 · Vogt, Julia et al. · archived
172. Brain activity associated with selective attention, divided attention and distraction ↗ · 2017 · Salo, Emma et al. · indexed
173. Selection and Enhancement: Modeling Attentional Capture during Visual Search ↗ · 2019 · Lovett, Andrew et al. · indexed
174. Rhythmic Sampling within and between Objects despite Sustained Attention at a Cued Location ↗ · 2013 · Fiebelkorn, Ian C. et al. · indexed
175. Task-irrelevant stimulus salience affects visual search ↗ · 2009 · Lamy, Dominique et al. · indexed
176. Reflexive and voluntary orienting of visual attention: Time course of activation and resistance to interruption. ↗ · 1989 · Müller, Hermann J. et al. · indexed
177. Human Variation in Overriding Attentional Capture ↗ · 2009 · Fukuda, K. et al. · indexed
178. Feature-based and spatial attentional selection in visual working memory · 2016 · Heuer, Anna et al. · archived
179. Dissociable neural mechanisms underlie value-driven and selection-driven attentional capture ↗ · 2019 · Kim, Haena et al. · indexed
180. Perceptual load as a necessary condition for selective attention. ↗ · 1995 · Lavie, Nilli · indexed
181. The interacting effect of load and space on visual selective attention ↗ · 2009 · Caparos, Serge et al. · indexed
182. Cognitive control in the cocktail party: Preparing selective attention to dichotically presented voices supports distractor suppression · 2019 · Nolden, Sophie et al. · archived
183. The neural basis of attentional control in visual search · 2014 · Eimer, Martin · archived
184. Selective attention in humans: normality and pathology ↗ · 1995 · Driver, Jon et al. · indexed
185. Coordination of Voluntary and Stimulus-Driven Attentional Control in Human Cortex ↗ · 2005 · Serences, John T. et al. · indexed
186. Sensory gain control (amplification) as a mechanism of selective attention: electrophysiological and neuroimaging evidence · 1998 · Hillyard, Steven A. et al. · archived
187. The guidance of spatial attention during visual search for color combinations and color configurations. · 2016 · Berggren, Nick et al. · archived
188. The guiding strength of sensory templates during preparatory stage of sustained feature-based attention ↗ · 2026 · Zhang, Xiaoli et al. · indexed
189. Inhibition as a potential resolution to the attentional capture debate · 2018 · Gaspelin, Nicholas et al. · archived
190. Category‐based attentional capture can be influenced by color‐ and shape‐dimensions independently in the conjunction search task ↗ · 2020 · Wu, Xia et al. · indexed
191. Intentional attention switching in dichotic listening: Exploring the efficiency of nonspatial and spatial selection ↗ · 2014 · Lawo, Vera et al. · indexed
192. Distractor Suppression When Attention Fails: Behavioral Evidence for a Flexible Selective Attention Mechanism · 2015 · Elliott, James C. et al. · archived
193. A static color discontinuity can capture spatial attention when the target is an abrupt-onset singleton. ↗ · 2008 · Burnham, Bryan R. et al. · indexed
194. Attentional capture by visual singletons is mediated by top‐down task set: New evidence from the N2pc component · 2008 · Kiss, Mónika et al. · archived
195. Spontaneous allocation of visual attention: Dominant role of uniqueness · 2001 · Pashler, Harold et al. · archived
196. On the electrophysiological evidence for the capture of visual attention. ↗ · 2012 · McDonald, John J. et al. · indexed
197. Applied Attention Theory ↗ · 2019 · Wickens, Christopher D. et al. · indexed
198. Multiple mechanisms of visual-spatial attention: recent evidence from human electrophysiology ↗ · 1995 · Luck, Steven J. · indexed
199. Progress and remaining issues: A response to the commentaries on Luck et al. (2021) · 2021 · Gaspelin, Nicholas et al. · archived
200. Electrophysiological Evidence for the Suppression of Highly Salient Distractors ↗ · 2022 · Stilwell, Brad T. et al. · indexed
201. What You See Is What You Set: Sustained Inattentional Blindness and the Capture of Awareness. ↗ · 2005 · Most, Steven B. et al. · indexed
202. Salient‐but‐irrelevant stimuli cause attentional capture in difficult, but attentional suppression in easy visual search · 2017 · Barras, Caroline et al. · archived
203. Salient distractor processing: inhibition following attentional capture ↗ · 2024 · Wang, Benchi et al. · indexed
204. Tracking the Location of Visuospatial Attention in a Contingent Capture Paradigm ↗ · 2008 · Leblanc, Émilie et al. · indexed
205. Visual spatial attention to multiple locations at once: The jury is still out. ↗ · 2010 · Jans, Bert et al. · indexed
206. Salience detection and attentional capture ↗ · 2009 · Schubö, Anna · indexed
207. Perceptual load and the capture of spatial attention by color singletons ↗ · 2010 · Gaspelin, Nicholas · indexed
208. Editorial: Turning the Mind's Eye Inward: The Interplay Between Selective Attention and Working Memory · 2015 · Abrahamse, Elger et al. · archived
209. Attentional control during visual search: The effect of irrelevant singletons. ↗ · 1998 · Theeuwes, Jan et al. · indexed
210. Visual evoked potential correlates of early neural filtering during selective attention · 1981 · Eason, Robert G. · archived
211. Color, form and luminance capture attention in visual search ↗ · 2000 · Turatto, Massimo et al. · indexed
212. Surprise! An Unexpected Color Singleton Does Not Capture Attention in Visual Search ↗ · 1998 · Gibson, Bradley S. et al. · indexed
213. Spatial attention and the apprehension of spatial relations. ↗ · 1994 · Logan, Gordon D. · indexed
214. Multivariate analysis of EEG activity indexes contingent attentional capture · 2021 · Munneke, Jaap et al. · archived
215. A value-driven mechanism of attentional selection ↗ · 2013 · Anderson, Brian A. · indexed
216. Divided attention effects in visual search are caused by objects not by space ↗ · 2022 · Moore, Cathleen M. et al. · indexed
217. Selective attention and the organization of visual information. ↗ · 1984 · Duncan, John S. · indexed
218. Feature-based attention involuntarily and simultaneously improves visual performance across locations ↗ · 2011 · White, Alex L. et al. · indexed
219. Steady-state Signatures of Visual Perceptual Load, Multimodal Distractor Filtering, and Neural Competition ↗ · 2011 · Parks, Nathan A. et al. · indexed
220. Baseline shifts do not predict attentional modulation of target processing during feature-based visual attention ↗ · 2008 · Fannon, Sean P. · indexed
221. A Boolean map theory of visual attention. · 2007 · Huang, Liqiang et al. · archived
222. Attentional capture is modulated by stimulus saliency in visual search as evidenced by event-related potentials and alpha oscillations · 2022 · Forschack, Norman et al. · archived
223. Distraction and Mind-Wandering Under Load ↗ · 2013 · Forster, Sophie · indexed
224. The Influence of Salience on Attentional Capture by Set-Consistent and Set-Inconsistent Stimuli ↗ · 2015 · Folk, Charles et al. · indexed
225. Distinguishing different strategies of across-dimension attentional selection. ↗ · 2011 · Huang, Liqiang et al. · indexed
226. Selection of moving and static objects for the control of spatially directed action. ↗ · 1990 · Tipper, Steven P. et al. · indexed
227. Visual scanning with or without spatial uncertainty and divided and selective attention ↗ · 1992 · Liu, Yili et al. · indexed
228. EEG evidence for spatial selectivity in feature-based preparation for visual search ↗ · 2025 · Dodwell, Gordon et al. · indexed
229. Splitting the attentional spotlight? Evidence from attentional capture by successive events ↗ · 2019 · Gabbay, Coral et al. · indexed
230. Voluntary and automatic attentional control of visual working memory · 2002 · Schmidt, Brandon K. et al. · archived
231. Neurobiological measures of human selective attention ↗ · 2001 · Driver, Jon et al. · indexed
232. Selective and divided attention during visual discriminations of shape, color, and speed: functional anatomy by positron emission tomography ↗ · 1991 · Corbetta, Maurizio et al. · indexed
233. Working Memory and Attention – A Conceptual Analysis and Review · 2019 · Oberauer, Klaus · archived
234. Selective attention and eccentricity: A comprehensive review ↗ · 2025 · Olivers, Christian N.L. · indexed
235. A continuous aittractor neural network model of divided visual attention ↗ · 2006 · Standage, D.I. et al. · indexed
236. Dividing attentional capture ↗ · 2021 · Al-Aidroos, Naseem · indexed
237. Mechanisms Underlying Suppression of Attentional Capture by Salient Stimuli ↗ · 2017 · Gaspelin, Nicholas · indexed
238. Early and late modulation of attentional selection by multiple attentional control sets: ERP evidence ↗ · 2010 · Adamo, M. et al. · indexed
239. Neural Mechanisms of Human Perceptual Choice Under Focused and Divided Attention ↗ · 2015 · Wyart, Valentin et al. · indexed
240. Attending to Multiple Visual Streams: Interactions between Location-based and Category-based Attentional Selection ↗ · 2009 · Fagioli, Sabrina et al. · indexed
241. Feature-based memory-driven attentional capture: Visual working memory content affects visual attention. · 2006 · Olivers, Christian N. L. et al. · archived
242. Spatially selective visual attention in the real world ↗ · 2012 · Bridgeman, B. et al. · indexed
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481. Attenuated Change Blindness for Exogenously Attended Items in a Flicker Paradigm ↗ · 2000 · Scholl, Brian J. · indexed
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489. Allocation of spatial attention in human visual cortex as a function of endogenous cue validity ↗ · 2025 · Narhi-Martinez, William et al. · indexed
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527. How voluntary spatial attention influences feature biases in object correspondence · 2020 · Stepper, Madeleine Y. et al. · archived
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529. Using the Attention Network Test to predict driving test scores ↗ · 2009 · Weaver, Bruce et al. · indexed
530. Learned prioritization yields attentional biases through selection history ↗ · 2020 · Munneke, Jaap et al. · indexed
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533. How do Naturalistic Visuo-Auditory Cues Guide Human Attention? Insights from Systematic Explorations in Visual Perception of Embodied Multimodal Interaction ↗ · 2025 · Nair, Vipul et al. · indexed
534. Attentional Selection and Allocation to Alarm Signals in Complex Environments: The New Electrophysiological Evidence ↗ · 2025 · Zhang, Jia et al. · indexed
535. What to Where: The Right Attention Set for the Wrong Location ↗ · 2019 · Stothart, Cary et al. · indexed
536. Mind Wandering and Task-Focused Attention: ERP Correlates · 2018 · Gonçalves, Óscar F. et al. · archived
537. There is more to trial history than priming in attentional capture experiments · 2015 · Goller, Florian et al. · archived
538. Express Attentional Re-Engagement but Delayed Entry into Consciousness Following Invalid Spatial Cues in Visual Search · 2008 · Brisson, Benoit et al. · archived
539. Working memory and the guidance of visual attention: Consonance-driven orienting · 2007 · Huang, Liqiang et al. · archived
540. Visual Selective Attention ↗ · 1990 · Hoffman, James E. · indexed
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543. Categorization templates modulate selective attention ↗ · 2022 · Zivony, Alon · indexed
544. Neural evidence reveals the rapid effects of reward history on selective attention ↗ · 2015 · MacLean, Mary H. et al. · indexed
545. Attention: From Theory to Practice ↗ · 2006 · Kramer, Arthur F. et al. · indexed
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548. Unique temporal change does not account for attentional capture by sudden onsets ↗ · 2008 · Owens, Caleb et al. · indexed
549. Recent theoretical, neural, and clinical advances in sustained attention research · 2017 · Fortenbaugh, Francesca C. et al. · archived
550. The effects of secondary task performance on the temporal and spatial cueing of visual attention · 2010 · Cooper, JM · archived
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553. Selective and Divided Attention: Extracting Information from Simultaneous Sound Sources. ↗ · 2004 · Barbara Shinn‐Cunningham et al. · indexed
554. Attend to it now or lose it forever: Selective attention, metacontrast masking, and object substitution · 2002 · Tata, Matthew S. · archived
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556. Reduced attentional capture in action video game players · 2010 · Chisholm, Joseph D. et al. · archived
557. Attention: From Theory to Practice ↗ · 2006 · Kramer, Arthur F. et al. · indexed
558. Predicting attentional allocation in real‐world environments: The need to investigate crossmodal semantic guidance ↗ · 2024 · Wegner‐Clemens, Kira et al. · indexed
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560. Target activation and distractor inhibition on attentional bias in priming of popout search · 2026 · Burnham, Bryan R. · archived
561. Even Highly Salient Distractors Are Proactively Suppressed ↗ · 2021 · Stilwell, Brad T. et al. · indexed
562. Endogenous and exogenous attentional interplay through mixed prefrontal cortex resources ↗ · 2025 · Di Bello, Fabio et al. · indexed
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564. What is the Role of Spatial Attention in Statistical Learning During Visual Search? ↗ · 2024 · Golan, Aidai et al. · indexed
565. Working memory, attention and their relationship: A theoretical overview · 2021 · Angelopoulou, Effrosyni et al. · archived
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568. Attentional capture triggers an attentional blink · 2006 · Maki, William S. et al. · archived
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584. Allocation of spatial attention in human visual cortex as a function of endogenous cue validity ↗ · 2024 · Narhi-Martinez, William et al. · indexed
585. Slow phase-locked modulations support selective attention to sound ↗ · 2022 · Kachlicka, Magdalena et al. · indexed
586. Selective Attention to Task-Irrelevant Emotional Distractors Is Unaffected by the Perceptual Load Associated with a Foreground Task · 2012 · Attar, Catherine Hindi et al. · archived
587. Distractor-Induced Blindness: A Special Case of Contingent Attentional Capture? ↗ · 2017 · Winther, Gesche N. et al. · indexed
588. Not looking for any trouble? Purely affective attentional settings do not induce goal-driven attentional capture · 2019 · Brown, Chris Robert Harrison et al. · archived
589. Transient Distraction and Attentional Control during a Sustained Selective Attention Task ↗ · 2016 · Demeter, Elise et al. · indexed
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592. La atención selectiva modula el procesamiento de la información y la memoria implícita [Selective attention modulates information processing and implicit memory] ↗ · 2015 · Ballesteros, Soledad · indexed
593. Selective attention and internal constraints: There is more to the flanker effect than biased contingencies. ↗ · 2004 · Mordkoff, J. Toby · indexed
594. Time of day as an instrument for the analysis of attention ↗ · 1989 · Broadbent, Donald Eric · indexed
595. Spatial filtering during visual search: Evidence from human electrophysiology. ↗ · 1994 · Luck, Steven J. et al. · indexed
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600. Across-trial spatial suppression in visual search · 2021 · Wang, Lishuang et al. · archived
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602. Distinct patterns of spatial attentional modulation of steady state visual evoked magnetic fields (SSVEFs) in subdivisions of the human early visual cortex ↗ · 2023 · Moratti, Stephan et al. · indexed
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611. Anticipation of aversive threat potentiates task-irrelevant attentional capture · 2020 · Gutierrez, Monica et al. · archived
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613. Set-specific capture can be reduced by pre-emptively occupying a limited-capacity focus of attention ↗ · 2011 · Moore, Katherine Sledge et al. · indexed
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626. Auditory selective attention under working memory load ↗ · 2020 · Bayramova, Rena et al. · indexed
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646. Acoustic Detail Guides Attention Allocation in a Selective Listening Task ↗ · 2015 · Wöstmann, Malte et al. · indexed
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648. Distraction and the auditory attentional blink ↗ · 2010 · Horváth, János et al. · indexed
649. Crossmodal links between audition and touch in covert endogenous spatial attention · 2003 · Lloyd, Donna M. et al. · archived
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657. Beyond perceptual load and dilution: a review of the role of working memory in selective attention ↗ · 2013 · de Fockert, Jan W. · indexed
658. Sensitivity measures of visuospatial attention ↗ · 2019 · Hanning, Nina M. et al. · indexed
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683. Ten simple rules to study distractor suppression ↗ · 2022 · Wöstmann, Malte et al. · indexed
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691. The development of sustained, selective, and divided attention in school‐age children ↗ · 2024 · Talalay, Ilya V. · indexed
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699. Research on Attention Networks as a Model for the Integration of Psychological Science · 2006 · Posner, Michael · archived
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706. Slow phase-locked endogenous modulations support selective attention to sound ↗ · 2021 · Kachlicka, Magdalena et al. · indexed
707. Visual event-related potentials index focused attention within bilateral stimulus arrays. II. Functional dissociation of P1 and N1 components ↗ · 1990 · Luck, S.J. et al. · indexed
708. The effects of divided attention on information processing in manual tracking. ↗ · 1976 · Wickens, Christopher D. et al. · indexed
709. Habituation (of attentional capture) is not what you think it is. · 2023 · Turatto, Massimo · archived
710. The effect of bimodal divided attention on inhibition of return with audiovisual targets ↗ · 2020 · TANG, Xiaoyu et al. · indexed
711. Modeling the Control of Attention in Visual Workspaces ↗ · 2011 · Steelman, Kelly S. et al. · indexed
712. An investigation of inattentional blindness using gaze and frequency tagging. ↗ · 2023 · Hutchinson, Brendan T. et al. · indexed
713. Different Effects of Voluntary and Involuntary Attention on EEG Activity in the Gamma Band ↗ · 2007 · Landau, Ayelet N. et al. · indexed
714. Attention and saccadic eye movements. ↗ · 1980 · Remington, Roger W. · indexed
715. Attentional capture during visual search is attenuated by target predictability: Evidence from the <scp>N</scp>2pc, <scp>P</scp>d, and topographic segmentation ↗ · 2013 · Burra, Nicolas et al. · indexed
716. Differentiating Endogenous and Exogenous Attention Shifts Based on Fixation-Related Potentials ↗ · 2022 · Vortmann, Lisa-Marie et al. · indexed
717. Effects of Location, Frequency Region, and Time Course of Selective Attention on Auditory Scene Analysis. ↗ · 2004 · Cusack, Rhodri et al. · indexed
718. Two modern signal detection approaches: Two sense analysis and content in maskers · 2024 · Wang, Yiren · archived
719. Working memory availability affects neural indices of distractor processing during visual search ↗ · 2018 · Henare, Dion T. et al. · indexed
720. Auditory attention in childhood and adolescence: An event-related potential study of spatial selective attention to one of two simultaneous stories ↗ · 2015 · Karns, Christina M. et al. · indexed
721. The effects of divided attention on auditory priming ↗ · 2007 · Mulligan, Neil W. et al. · indexed
722. Feature-Specific Salience Maps in Human Cortex ↗ · 2023 · Thayer, Daniel D. et al. · indexed
723. Shifting expectations: Lapses in spatial attention are driven by anticipatory attentional shifts ↗ · 2021 · Jones, Christopher M. et al. · indexed
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725. Attentional selection is a sufficient cause for visual working memory interference ↗ · 2023 · Hamblin-Frohman, Zachary et al. · indexed
726. Visuospatial attention shifts by gaze and arrow cues: An ERP study ↗ · 2008 · Hietanen, Jari K. et al. · indexed
727. Sex Differences in Temporal but Not Spatial Attentional Capture ↗ · 2018 · Inukai, Tomoe et al. · indexed
728. Auditory spatial attention gradients and cognitive control as a function of vigilance ↗ · 2021 · Golob, Edward J. et al. · indexed
729. Cortical Mechanisms for Shifting and Holding Visuospatial Attention ↗ · 2007 · Kelley, Todd A. et al. · indexed
730. Attentional Limitations in Doing Two Tasks at the Same Time · 1992 · Pashler, Harold · archived
731. Searching for conjunctively defined targets. ↗ · 1984 · Egeth, Howard E. et al. · indexed
732. “Top-down” Does Not Mean “Voluntary” · 2018 · Gaspelin, Nicholas et al. · archived
733. Commentary: Alpha Synchrony and the Neurofeedback Control of Spatial Attention · 2020 · Gundlach, Christopher et al. · archived
734. What can a half-million saccades tell us about distractor suppression? ↗ · 2025 · Drennan, Kaitlyn N et al. · indexed
735. Effects of perceptual and working memory load on brain responses to task-irrelevant stimuli: Review and implications for future research ↗ · 2022 · Brockhoff, Laura et al. · indexed
736. The fidelity of attentional set develops during a temporal visual search ↗ · 2015 · Inukai, Tomoe et al. · indexed
737. Components of Attentional Set-switching ↗ · 2005 · Rushworth, Matthew F. S. et al. · indexed
738. More than a filter: Feature-based attention regulates the distribution of visual working memory resources ↗ · 2017 · Dube, Blaire et al. · indexed
739. The flanker effect does not reflect the processing of “task-irrelevant” stimuli: Evidence from inattentional blindness ↗ · 2014 · Buetti, Simona et al. · indexed
740. Qualitative differences in the guidance of attention during single-color and multiple-color visual search: Behavioral and electrophysiological evidence. ↗ · 2013 · Grubert, Anna et al. · indexed
741. Top-down selective visual attention: A neurodynamical approach ↗ · 2001 · Deco, Gustavo et al. · indexed
742. Dimension-selective attention and dimensional salience modulate cortical tracking of acoustic dimensions ↗ · 2021 · Symons, Ashley E. et al. · indexed
743. A PET study of visuospatial attention ↗ · 1993 · Corbetta, Maurizio et al. · indexed
744. The Task-Evoked Pupil Response in Divided Auditory Attention Tasks ↗ · 2019 · Baldock, Jennifer et al. · indexed
745. Mechanism of Distractor Processing in Dynamic Inattentional Blindness: Is there Distractor Inhibition? ↗ · 2013 · YAN, Xiao-Qian et al. · indexed
746. Response modulation in visual cortex by task, stimulus, and spatial attention ↗ · 2011 · Runeson, E. et al. · indexed
747. The Multifaceted Nature of Bilingualism and Attention · 2022 · Chung-Fat-Yim, Ashley et al. · archived
748. Spatial Attention and Displays ↗ · 2022 · Wickens, C. D. · indexed
749. Preemptive control of attentional capture by colour: Evidence from trial-by-trial analyses and orderings of onsets of capture effects in reaction time distributions ↗ · 2006 · Ansorge, Ulrich et al. · indexed
750. Attentional networks ↗ · 1994 · Posner, Michael · indexed
751. Moving Beyond Attentional Biases: Shifting the Interhemispheric Balance between Left and Right Posterior Parietal Cortex Modulates Attentional Control Processes ↗ · 2017 · Duecker, Felix et al. · indexed
752. Some characteristics of selective attention in visual perception determined by vocal reaction time · 1972 · Eriksen, Charles W. et al. · archived
753. Introspective awareness of oculomotor attentional capture. ↗ · 2021 · Adams, Owen J. et al. · indexed
754. Effects of task‐irrelevant or filler items on brain mechanisms of visual spatial attention ↗ · 2020 · Drisdelle, Brandi Lee et al. · indexed
755. Alpha-band fluctuations represent behaviorally relevant excitability changes as a consequence of top–down guided spatial attention in a probabilistic spatial cueing design ↗ · 2024 · Gundlach, Christopher et al. · indexed
756. Shift of attention to the body location of distracters is mediated by perceptual load in sustained somatosensory attention ↗ · 2009 · Adler, Julia et al. · indexed
757. Perceptual organization and focused attention: The role of objects and proximity in visual processing · 1991 · Kramer, Arthur F. et al. · archived
758. Cortical systems mediating visual attention to both objects and spatial locations ↗ · 2006 · Shomstein, Sarah et al. · indexed
759. Preserved sensory processing but hampered conflict detection when stimulus input is task-irrelevant ↗ · 2020 · Nuiten, Stijn A. et al. · indexed
760. Spatial attention follows category-based attention during naturalistic visual search: evidence from MEG decoding ↗ · 2018 · Battistoni, Elisa et al. · indexed
761. Event-related potentials during selective attention to speech sounds ↗ · 1983 · Hansen, Jonathan C. et al. · indexed
762. On the flexibility of sustained attention and its effects on a texture segmentation task ↗ · 2008 · Yeshurun, Yaffa et al. · indexed
763. Allocation of visual attention to spatial locations: Tradeoff functions for event-related brain potentials and detection performance ↗ · 1990 · Mangun, G.R. et al. · indexed
764. Does temporal preparation facilitate visual processing in a selective manner? Evidence from attentional capture ↗ · 2014 · Seibold, Verena C. et al. · indexed
765. The time course of cortical facilitation during cued shifts of spatial attention ↗ · 1998 · Müller, Matthias M. et al. · indexed
766. Effects of selective attention on the C1 ERP component: A systematic review and meta‐analysis ↗ · 2022 · Qin, Nan et al. · indexed
767. Human prefrontal and sensory cortical activity during divided attention tasks ↗ · 2003 · Loose, Rainer et al. · indexed
768. Attention and perceptual implicit memory: effects of selective versus divided attention and number of visual objects ↗ · 2002 · Mulligan, Neil · indexed
769. Distractors in multiple object tracking can be suppressed early or late in processing: Evidence from ERPs ↗ · 2010 · Doran, M. et al. · indexed
770. Neural dynamics of attentional resource allocation in early visual cortex: emotional scenes produce competitive interactions ↗ · 2024 · de Echegaray, Javier et al. · indexed
771. Sustained and transient covert attention enhance the signal via different contrast response functions ↗ · 2006 · Ling, Sam et al. · indexed
772. Effects of cue validity on attentional selection ↗ · 2021 · Lou, Hao et al. · indexed
773. Dissociating temporal attention from spatial attention and motor response preparation: A high-density EEG study ↗ · 2016 · Faugeras, Frédéric et al. · indexed
774. Cognitive control after distraction: Event‐related brain potentials (ERPs) dissociate between different processes of attentional allocation ↗ · 2008 · Berti, Stefan · indexed
775. Event-related potentials demonstrate a narrow focus of auditory spatial attention ↗ · 1994 · Teder, Wolfgang et al. · indexed
776. The influence of display-to-display feature changes on net cueing effects: Evidence for a contribution of object-file updating ↗ · 2020 · Schoeberl, Tobias et al. · indexed
777. Perceptual grouping allows for attention to cover noncontiguous locations and suppress capture from nearby locations. ↗ · 2012 · Kerzel, Dirk et al. · indexed
778. From Capture to Control: Initial Capture Leads to Learned Suppression ↗ · 2025 · Zhang, Yue et al. · indexed
779. Measuring auditory selective attention using frequency tagging ↗ · 2014 · Bharadwaj, Hari M. et al. · indexed
780. Involvement of the dorsal and ventral attention networks in oddball stimulus processing: A meta‐analysis · 2013 · Kim, Hongkeun · archived
781. A Computational Model of Auditory Selective Attention ↗ · 2004 · Wrigley, Stuart N. et al. · indexed
782. Attention and automaticity in the processing of self-relevant information. ↗ · 1982 · Bargh, John A. · indexed
783. Perceptual load affects exogenous spatial orienting while working memory load does not ↗ · 2007 · Santangelo, Valerio et al. · indexed
784. Decoding the Temporal Dynamics of Covert Spatial Attention Using Multivariate EEG Analysis: Contributions of Raw Amplitude and Alpha Power ↗ · 2020 · Desantis, Andrea et al. · indexed
785. Focused and divided attention in stereoscopic depth ↗ · 1990 · Wickens, Christopher D. et al. · indexed
786. Electrophysiological Evidence for Attentional Suppression of Highly Salient Distractors ↗ · 2022 · Stilwell, Brad T. et al. · indexed
787. Toward the influence of temporal attention on the selection of targets in a visual search task: An ERP study ↗ · 2016 · Rolke, Bettina et al. · indexed
788. ERP signs of early selective attention effects to check size ↗ · 1995 · Zani, A. et al. · indexed
789. Exploring Attention in Depth: Event-Related and Steady-State Visual Evoked Potentials During Attentional Shifts Between Depth Planes in a Novel Stimulation Setup ↗ · 2025 · Jänig, Jonas et al. · indexed
790. Effects of Distractor Load and Temporal Target-Distractor Separation on Numerical Comparison Performance: A Stimulus-Competition Approach ↗ · 2002 · Paas, Fred et al. · indexed
791. Neural Mechanisms for the Benefits of Stimulus-Driven Attention ↗ · 2016 · Wills, Katelyn M. et al. · indexed
792. Sensory and cognitive processes of shifts of spatial attention induced by numbers: An ERP study ↗ · 2008 · SALILLAS, E et al. · indexed
793. Rewards teach visual selective attention ↗ · 2013 · Chelazzi, Leonardo et al. · indexed
794. Selective visual attention and perceptual coherence ↗ · 2006 · Serences, John T. et al. · indexed
795. What does distractibility in ADHD reveal about mechanisms for top-down attentional control? ↗ · 2010 · Friedman-Hill, Stacia R. et al. · indexed
796. Listeners modulate temporally selective attention during natural speech processing ↗ · 2009 · Astheimer, Lori B. et al. · indexed
797. Task relevance modulates processing of distracting emotional stimuli ↗ · 2011 · Lichtenstein-Vidne, Limor et al. · indexed
798. Self-association enhances early attentional selection through automatic prioritization of socially salient signals ↗ · 2024 · Scheller, Meike et al. · indexed
799. Selective sustained attention: a developmental foundation for cognition ↗ · 2019 · Fisher, Anna V · indexed
800. Endogenous attention to object features modulates the ERP C1 component ↗ · 2017 · Zani, Alberto et al. · indexed
801. Do the contents of visual working memory automatically influence attentional selection during visual search? ↗ · 2007 · Woodman, Geoffrey F. et al. · indexed
802. Feature priming facilitates target selection but does not modulate exogenous attentional shift ↗ · 2016 · Yashar, Amit et al. · indexed
803. Attention in Early Development ↗ · 2021 · Conte, Stefania et al. · indexed
804. Selective attention to stimulus location modulates the steady-state visual evoked potential. · 1996 · Morgan, Stephen T. et al. · archived
805. Bottom-up priming of top-down attentional control settings ↗ · 2008 · Folk, Charles L. et al. · indexed
806. Interactions between working memory and attention depend on remembered feature dimension ↗ · 2023 · Thayer, Daniel et al. · indexed
807. An Event-related Potential Study of Selective Auditory Attention in Children and Adults · 2005 · Coch, Donna et al. · archived
808. Attentional Sampling between Eye Channels ↗ · 2023 · Re, Daniele et al. · indexed
809. Event-Related Potentials of Visual Spatial Attention in Healthy Subjects ↗ · 2005 · Lin, Chu-Hsu · indexed
810. A Selective Attention Test as a Predictor of Success in Flight Training ↗ · 1982 · Gopher, Daniel · indexed
811. The Development of Selective Attention as Reflected by Event-Related Brain Potentials ↗ · 1995 · Berman, Steven et al. · indexed
812. Trichotomy revisited: A monolithic theory of attentional control ↗ · 2024 · Anderson, Brian A. · indexed
813. The role of alpha oscillations in spatial attention: limited evidence for a suppression account ↗ · 2019 · Foster, Joshua J et al. · indexed
814. Attention Is Spontaneously Biased Toward Regularities ↗ · 2013 · Zhao, Jiaying et al. · indexed
815. Can spatial attention be "shrink-wrapped" to attended objects? ↗ · 2010 · Hoffman, James E. et al. · indexed
816. Top-down control of exogenous attentional selection is mediated by beta coherence in prefrontal cortex ↗ · 2023 · Dubey, Agrita et al. · indexed
817. Where to start? Bottom-up attention improves working memory by determining encoding order. · 2016 · Ravizza, Susan M. et al. · archived
818. Effects of emotional spoken words on exogenous attentional orienting ↗ · 2011 · Bertels, Julie et al. · indexed
819. N2ac: An ERP component associated with the focusing of attention within an auditory scene ↗ · 2011 · Gamble, Marissa L. et al. · indexed
820. The Role of Stimulus Salience and Attentional Capture Across the Neural Hierarchy in a Stop-Signal Task ↗ · 2011 · Boehler, Carsten N. et al. · indexed
821. Mechanisms of selective inhibition in visual spatial attention are indexed by α‐band EEG synchronization ↗ · 2007 · Rihs, Tonia A. et al. · indexed
822. Neural effects of cognitive control load on auditory selective attention ↗ · 2014 · Sabri, Merav et al. · indexed
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825. Object continuity enhances selective auditory attention ↗ · 2008 · Best, Virginia et al. · indexed
826. Alertness and cognitive control: Interactions in the spatial Stroop task ↗ · 2020 · Schneider, Darryl W. · indexed
827. Putting spatial attention on the map: timing and localization of stimulus selection processes in striate and extrastriate visual areas ↗ · 2001 · Antı́gona Martı́nez et al. · indexed
828. The cognitive impenetrability of visual perception: Old wine in a new bottle ↗ · 1999 · Egeth, Howard · indexed
829. Large-Scale Brain Networks Supporting Divided Attention across Spatial Locations and Sensory Modalities ↗ · 2018 · Santangelo, Valerio · indexed
830. Incorporation of a Test of Selective Attention in a Pilot Selection Battery ↗ · 1981 · Gopher, Daniel · indexed
831. Effects of parietal injury on covert orienting of attention ↗ · 1984 · Posner, MI et al. · indexed
832. Steady-state visual evoked potential and its applications in studying visual selective attention · 2020 · Chen, Xiaoyu et al. · archived
833. The development of attentional networks: Cross-sectional findings from a life span sample. ↗ · 2010 · Waszak, Florian et al. · indexed
834. The Guidance of Verbal Working Memory Content to Attention ↗ · 2026 · Duan, Caibin et al. · indexed
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836. The neural mechanisms of attentional control ↗ · 2002 · Giesbrecht, Barry et al. · indexed
837. Active inference, selective attention, and the cocktail party problem · 2021 · Holmes, Emma et al. · archived
838. Investigating the role of the Frontal Eye Field (FEF) and of the Intraparietal Sulcus (IPS) in attentional capture: A TMS study ↗ · 2018 · Lega, Carlotta et al. · indexed
839. Neural Mechanisms of Object-Based Attention ↗ · 2014 · Baldauf, Daniel et al. · indexed
840. Distractor interference stays constant despite variation in working memory load ↗ · 2007 · Chen, Zhe et al. · indexed
841. An adaptive view of attentional control. ↗ · 2021 · Anderson, Brian A. · indexed
842. Dual-format attentional template during preparation in human visual cortex · 2025 · Chen, Yilin et al. · archived
843. The Role of Spatial Selective Attention in Working Memory for Locations: Evidence from Event-Related Potentials ↗ · 2000 · Awh, Edward et al. · indexed
844. Multi-spectral oscillatory dynamics serving directed and divided attention ↗ · 2020 · McCusker, Marie C. et al. · indexed
845. Feature-Selective Attentional Modulations in Human Frontoparietal Cortex ↗ · 2016 · Ester, E. F. et al. · indexed
846. Variance of alpha oscillation power corresponds to behavioral performance in spatial auditory attention ↗ · 2022 · Richardson, Benjamin N. et al. · indexed
847. Differential Deployment of Visual Attention During Interactive Approach and Avoidance Behavior ↗ · 2018 · Renton, Angela I et al. · indexed
848. Learning to Attend and to Ignore Is a Matter of Gains and Losses ↗ · 2009 · Della Libera, Chiara et al. · indexed
849. Visual load does not decrease the auditory steady‐state response to 40‐Hz amplitude‐modulated tones ↗ · 2020 · Szychowska, Malina et al. · indexed
850. Spatial Selective Attention Affects Early Extrastriate But Not Striate Components of the Visual Evoked Potential ↗ · 1996 · Clark, Vincent P. et al. · indexed
851. High visual perceptual load reduces prepulse inhibition induced by task-unrelated and task-related sound. ↗ · 2023 · Chen, Liangjie et al. · indexed
852. Spatial Attentional Selection Modulates Early Visual Stimulus Processing Independently of Visual Alpha Modulations ↗ · 2019 · Gundlach, Carsten et al. · indexed
853. Heightened activity in a key region of the ventral attention network is linked to reduced activity in a key region of the dorsal attention network during unexpected shifts of covert visual spatial attention ↗ · 2012 · Weissman, Daniel H. et al. · indexed
854. Anticipatory Biasing of Visuospatial Attention Indexed by Retinotopically Specific α-Bank Electroencephalography Increases over Occipital Cortex ↗ · 2000 · Worden, Michael S. et al. · indexed
855. Assessing the effect of verbal working memory load on visuo-spatial exogenous orienting ↗ · 2007 · Santangelo, Valerio et al. · indexed
856. Absence of Evidence or Evidence of Absence? Commentary: Captured by the pain: Pain steady-state evoked potentials are not modulated by selective spatial attention · 2016 · Colon, Elisabeth et al. · archived
857. Source Analysis of Event-related Cortical Activity during Visuo-spatial Attention ↗ · 2003 · Di Russo, F. · indexed
858. Predictability of salient distractor increases top-down control in healthy younger and older adults ↗ · 2019 · Haupt, Marleen et al. · indexed
859. Attentional capture during attentional awakening · 2011 · INUKAI, Tomoe et al. · archived
860. Spatial attention systems in spatial neglect ↗ · 2015 · Karnath, Hans‐Otto · indexed
861. Selective attention in cognitive processing revisited: A Long-term Re-evaluation ↗ · 2025 · Bialystok, Ellen · indexed
862. The Effects of Divided Attention and Selective Attention on the Accuracy of Memory ↗ · 2021 · Ji, Zhuxuan et al. · indexed
863. Endogenous attention selection during binocular rivalry at early stages of visual processing ↗ · 2009 · Mishra, Jyoti et al. · indexed
864. The temporal dynamics of the effects in occipital cortex of visual-spatial selective attention ↗ · 2002 · Woldorff, M.G et al. · indexed
865. Emotional Distractors Capture Attention even at Very Low Contrast Levels: ERP evidence ↗ · 2024 · Cipriani, Germán A. et al. · indexed
866. Effects of eye position on event‐related potentials during auditory selective attention ↗ · 1993 · OKITA, TSUNETAKA et al. · indexed
867. The N2cc component as an electrophysiological marker of space‐based and feature‐based attentional target selection processes in touch ↗ · 2019 · Katus, Tobias et al. · indexed
868. Sustained Attention and Cue Prioritization in Visual Working Memory ↗ · 2023 · Saltzmann, Stephanie et al. · indexed
869. Anticipatory Attentional Suppression of Visual Features Indexed by Oscillatory Alpha-Band Power Increases:A High-Density Electrical Mapping Study ↗ · 2010 · Snyder, A. C. et al. · indexed
870. Interactions between working memory and attention depend on remembered feature dimension ↗ · 2025 · Thayer, Daniel et al. · indexed
871. Pupil size and search performance in low and high perceptual load ↗ · 2018 · Oliva, Manuel · indexed
872. Brain Potentials During Selective Attention, Memory Search, and Mental Rotation ↗ · 1989 · Wijers, Albertus A. et al. · indexed
873. Attention in Early Development: Themes and Variations ↗ · 2001 · Ruff, Holly A. et al. · indexed
874. Category-based and location-based volitional covert attention affect memory at different timescales ↗ · 2019 · Ziman, Kirsten et al. · indexed
875. Auditory selective attention in depth: Investigating directional dependency across front, lateral, and rear spaces. ↗ · 2026 · Teraoka, R et al. · indexed
876. Working Memory Load Enhances the Attentional Capture of Low Reward History ↗ · 2019 · Wu, Yujie et al. · indexed
877. The activation of attentional networks ↗ · 2005 · Fan, Jintu et al. · indexed
878. Human auditory steady-state evoked potentials during selective attention ↗ · 1987 · Linden, R. Dean et al. · indexed
879. The Effect and Time Course of Prediction and Perceptual Load on Category-Based Attentional Orienting Across Color and Shape Dimensions ↗ · 2025 · Jiang, Yunpeng et al. · indexed
880. Time course of microsaccades directionality during an endogenous attention task ↗ · 2024 · Brandolani, Riccardo et al. · indexed
881. The effect of reward on orienting and reorienting in exogenous cuing · 2014 · Bucker, Berno et al. · archived
882. Topography and source analysis of brain activity associated with selective spatial attention and memory search ↗ · 1993 · Wijers, A. A. et al. · indexed
883. Competition between color salience and perceptual load during visual selection can be biased by top-down set ↗ · 2010 · Biggs, Adam T. et al. · indexed
884. Anatomy of attentional networks ↗ · 2004 · Raz, Amir · indexed
885. Modulating attentional capture via Transcranial Magnetic Stimulation (TMS) of right TPJ ↗ · 2019 · Lega, Carlotta et al. · indexed
886. The Neural Dynamics of Attentional Selection in Natural Scenes ↗ · 2016 · Kaiser, Daniel et al. · indexed
887. Guidance of spatial attention by incidental learning and endogenous cuing. ↗ · 2012 · Jiang, Yuhong et al. · indexed
888. Dissociating between the N2pc and attentional shifting: An attentional blink study ↗ · 2018 · Zivony, Alon et al. · indexed
889. Use of Multichannel Near Infrared Spectroscopy to Study Relationships Between Brain Regions and Neurocognitive Tasks of Selective/Divided Attention and 2-Back Working Memory ↗ · 2017 · Tomita, Nozomi et al. · indexed
890. Processing of auditory stimuli during auditory and visual attention as revealed by event‐related potentials ↗ · 1994 · ALHO, KIMMO et al. · indexed
891. Training qualitatively shifts the neural mechanisms that support attentional selection ↗ · 2016 · Itthipuripat, Sirawaj et al. · indexed
892. The role of spatial attention in crowding and feature binding ↗ · 2022 · Kewan-Khalayly, Bahiyya et al. · indexed
893. Orienting Attention to Locations in Internal Representations ↗ · 2003 · Griffin, Ivan C. et al. · indexed
894. Alpha-Band Oscillations Enable Spatially and Temporally Resolved Tracking of Covert Spatial Attention ↗ · 2017 · Foster, Joshua J. et al. · indexed
895. Serial, Covert Shifts of Attention during Visual Search Are Reflected by the Frontal Eye Fields and Correlated with Population Oscillations ↗ · 2009 · Buschman, Timothy J. et al. · indexed
896. The neural correlates of perceptual load induced attentional selection: An fMRI study ↗ · 2013 · Wei, P. et al. · indexed
897. Differential effects of visual-spatial attention on response latency and temporal-order judgment ↗ · 1993 · Neumann, Odmar et al. · indexed
898. Identity but not size information in working memory biases attentional selection in hierarchical forms ↗ · 2011 · Kim, Jeong-Im et al. · indexed
899. Mechanisms of Visual Attention in the Human Cortex ↗ · 2000 · Ungerleider, Sabine Kastner and Leslie G. · indexed
900. Early dissociation between neural signatures of endogenous spatial attention and perceptual awareness during visual masking ↗ · 2012 · Wyart, Valentin et al. · indexed
901. Social settings and motivation affect attentional capture ↗ · 2021 · van Zoest, Wieske · indexed
902. Neuroanatomic Overlap of Working Memory and Spatial Attention Networks: A Functional MRI Comparison within Subjects ↗ · 1999 · LaBar, Kevin S. et al. · indexed
903. Neurophysiological Evidence for a Role of Posterior Parietal Cortex in Redirecting Visual Attention ↗ · 1995 · Steinmetz, M. A. et al. · indexed
904. Persistence of value-driven attentional capture. ↗ · 2012 · Anderson, Brian A. et al. · indexed
905. Spatially Selective Alpha Oscillations Reveal Moment-by-Moment Trade-offs between Working Memory and Attention ↗ · 2017 · van Moorselaar, Dirk et al. · indexed
906. Global dynamics of selective attention and its lapses in primary auditory cortex ↗ · 2016 · Lakatos, Peter et al. · indexed
907. Decoding and Reconstructing the Focus of Spatial Attention from the Topography of Alpha-band Oscillations ↗ · 2016 · Samaha, Jason et al. · indexed
908. Spatial Attention Modulates Initial Afferent Activity in Human Primary Visual Cortex ↗ · 2008 · Kelly, S. P. et al. · indexed
909. Hemispheric decoupling of awareness-related activity in human auditory cortex under informational masking and divided attention ↗ · 2023 · Dykstra, Andrew R. et al. · indexed
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911. Age-dependent impairment of auditory processing under spatially focused and divided attention: An electrophysiological study ↗ · 2010 · Wild-Wall, Nele et al. · indexed
912. Similarity in feature space dictates the efficiency of attentional selection during ensemble processing ↗ · 2024 · Ortego, Kevin et al. · indexed
913. Different Cortical Mechanisms for Spatial vs. Feature-Based Attentional Selection in Visual Working Memory ↗ · 2016 · Heuer, Anna et al. · indexed
914. Between-object superiority in divided attention ↗ · 2010 · Neill, W. T. et al. · indexed
915. Controlling attention to nociceptive stimuli with working memory. · 2011 · Legrain, Valéry et al. · archived
916. Attentional Gain Control of Ongoing Cortical Speech Representations in a “Cocktail Party” ↗ · 2010 · Kerlin, Jess R. et al. · indexed
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918. Attention cueing in rivalry: insights from pupillometry ↗ · 2021 · Acquafredda, Miriam et al. · indexed
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920. Integration of Goal- and Stimulus-Related Visual Signals Revealed by Damage to Human Parietal Cortex ↗ · 2010 · Bays, Paul M. et al. · indexed
921. Stimulus-preceding negativity and P3 reflecting relative amounts of attention allocation between primary and secondary tasks ↗ · 2025 · Kotani, Yasunori et al. · indexed
922. Matching cues to attention: how visual and social cues differentially benefit students with low sustained or selective attention ↗ · 2026 · Li, Yao et al. · indexed
923. Trial History Effects in the Ventral Attentional Network ↗ · 2014 · Scalf, Paige E. et al. · indexed
924. Attentional control: Temporal relationships within the fronto-parietal network ↗ · 2012 · Shomstein, Sarah et al. · indexed
925. Selective Attention Skills of Experienced Sonar Operators ↗ · 1994 · Merrill, Lex L. et al. · indexed
926. The Development of Visual Attention in Infancy ↗ · 2001 · Colombo, John · indexed
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928. Enhanced attentional capture in trait anxiety. ↗ · 2011 · Moser, Jason S. et al. · indexed
929. Same-location costs in peripheral cueing: The role of cue awareness and feature changes. ↗ · 2017 · Schoeberl, Tobias et al. · indexed
930. Orienting of Attention: Then and Now ↗ · 2016 · Posner, Michael I. · indexed
931. A particle filtering account of selective attention during learning ↗ · 2019 · Radulescu, Angela et al. · indexed
932. Mechanisms of Spatial Attention Control in Frontal and Parietal Cortex ↗ · 2010 · Szczepanski, Sara M. et al. · indexed
933. A direct comparison of attentional orienting to spatial and temporal positions in visual working memory · 2022 · Heuer, Anna et al. · archived
934. Effects of information processing demands on slow negative shift latencies and N100 amplitude in selective and divided attention ↗ · 1980 · Parasuraman, Raja · indexed
935. Two Sides of the Same Coin: Distinct Sub-Bands in the α Rhythm Reflect Facilitation and Suppression Mechanisms during Auditory Anticipatory Attention ↗ · 2018 · ElShafei, Hesham A. et al. · indexed
936. Spatial working memory load impairs signal enhancement, not attentional orienting ↗ · 2010 · Han, S. W. et al. · indexed
937. Neural correlates of attentional capture by stimuli previously associated with social reward ↗ · 2019 · Kim, Andy J. et al. · indexed
938. Spatial context learning survives interference from working memory load. ↗ · 2010 · Vickery, Timothy J. et al. · indexed
939. The architecture of working memory: Features from multiple remembered objects produce parallel, coactive guidance of attention in visual search. ↗ · 2020 · Bahle, Brett et al. · indexed
940. Sustained selective attention in adolescence: Cognitive development and predictors of distractibility at school ↗ · 2024 · Hobbiss, Michael H. et al. · indexed
941. Visual Selective Attention and the Effects of Monetary Rewards ↗ · 2006 · Della Libera, Chiara et al. · indexed
942. Dynamic shifts of visual receptive fields in cortical area MT by spatial attention ↗ · 2006 · Womelsdorf, Thilo et al. · indexed
943. Slow Fluctuations in Attentional Control of Sensory Cortex ↗ · 2011 · Kam, Julia W. Y. et al. · indexed
944. Attentional capture by task-irrelevant fearful faces is revealed by the N2pc component ↗ · 2006 · Eimer, Martin et al. · indexed
945. Combined Electrophysiological and Behavioral Evidence for the Suppression of Salient Distractors · 2018 · Gaspelin, Nicholas et al. · archived
946. Semantic priming and retrieval from lexical memory: Roles of inhibitionless spreading activation and limited-capacity attention. ↗ · 1977 · Neely, James H. · indexed
947. Divided Attention, Divided Self: Race and Dual-mind Theories in the History of Experimental Psychology ↗ · 2021 · Valasek, C. J. · indexed
948. Hemisphere-specific, differential effects of lateralized, occipital–parietal α- versus γ-tACS on endogenous but not exogenous visual-spatial attention ↗ · 2020 · Kasten, Florian H. et al. · indexed
949. The Ventral Part of Dorsolateral Frontal Area 8A Regulates Visual Attentional Selection and the Dorsal Part Auditory Attentional Selection ↗ · 2020 · Germann, Jürgen et al. · indexed
950. The rhythm of attentional stimulus selection during visual competition ↗ · 2017 · Crouzet, Sébastien M. et al. · indexed
951. Tracking Attentional States: Assessing the Relationship Between Sustained and Selective Focused Attention in Visual Working Memory ↗ · 2022 · Arnicane, Andra et al. · indexed
952. Delayed Striate Cortical Activation during Spatial Attention ↗ · 2002 · Noesselt, Toemme et al. · indexed
953. The effects of divided attention on encoding and retrieval processes in human memory. ↗ · 1996 · Craik, Fergus I. M. et al. · indexed
954. Speed-Accuracy Tradeoff Operator Characteristics of Endogenous and Exogenous Covert Orienting of Attention ↗ · 2005 · McCormick, Peter A. et al. · indexed
955. Selective attention event-related potential effects from auditory novel stimuli in children and adults ↗ · 2005 · Määttä, Sara et al. · indexed
956. Are you paying attention to me? The effect of social presence on spatial attention to gaze and arrows ↗ · 2022 · Ha, Jingru et al. · indexed
957. Self-association enhances early attentional selection through automatic prioritization of socially salient signals ↗ · 2026 · Scheller, Meike et al. · indexed
958. Sustained visual-spatial attention produces costs and benefits in response time and evoked neural activity ↗ · 1998 · Mangun, George R. et al. · indexed
959. Event-related potentials in cross-modal divided attention in autism ↗ · 1995 · Ciesielski, Kristina T. et al. · indexed
960. Attentional capture by evaluative stimuli: Gain- and loss-connoting colors boost the additional-singleton effect · 2013 · Wentura, Dirk et al. · archived
961. Orchestrating Proactive and Reactive Mechanisms for Filtering Distracting Information: Brain-Behavior Relationships Revealed by a Mixed-Design fMRI Study ↗ · 2016 · Marini, Francesco et al. · indexed
962. Shifting spatial attention makes you flip: Exogenous visual attention triggers perceptual alternations during binocular rivalry ↗ · 2010 · Paffen, Chris L. E. et al. · indexed
963. Lateralized connectivity in the alpha band between parietal and occipital sources when spatial attention is externally and internally directed ↗ · 2023 · Van der Lubbe, Rob H. J. et al. · indexed
964. Accounting for verbal and spatial working memory load in an auditory Stroop task ↗ · 2017 · Riffle, Travis L. et al. · indexed
965. Attraction of Position Preference by Spatial Attention throughout Human Visual Cortex · 2014 · Klein, Barrie P. et al. · archived
966. Retinotopic organization of early visual spatial attention effects as revealed by PET and ERPs ↗ · 1997 · Woldorff, M.G. et al. · indexed
967. Effects of a dual task on the N100–P200 complex and the early and late Nd attention waveforms ↗ · 2002 · Singhal, Anthony et al. · indexed
968. Functional Anatomy of Intensity Aspects of Attention ↗ · 2003 · Sturm, Walter · indexed
969. Attention rhythmically samples multi-feature objects in working memory · 2022 · Chota, Samson et al. · archived
970. Bottom-Up and Top-Down Factors Differentially Influence Stimulus Representations Across Large-Scale Attentional Networks ↗ · 2018 · Long, Nicole M. et al. · indexed
971. Allocation of Auditory Spatial Selective Attention in Action Video Game Players ↗ · 2022 · Föcker, Julia et al. · indexed
972. Auditory P3a reflects attentional process, not response inhibition to deviant processing: an ERP study with three-stimulus oddball paradigm ↗ · 2025 · Sanada, Motoyuki et al. · indexed
973. Configural representations in spatial working memory: modulation by perceptual segregation and voluntary attention · 2011 · Gmeindl, Leon et al. · archived
974. Involvement of striate and extrastriate visual cortical areas in spatial attention ↗ · 1999 · Antı́gona Martı́nez et al. · indexed
975. An ERP study of visual spatial attention and letter target detection for isoluminant and nonisoluminant stimuli ↗ · 1997 · WIJERS, ALBERTUS A. et al. · indexed
976. Comparing apples and oranges in priming of attentional selection? ↗ · 2021 · Kristjansson, Arni · indexed
977. Neural attentional-filter mechanisms of listening success in middle-aged and older individuals ↗ · 2021 · Tune, Sarah et al. · indexed
978. Temporal cuing modulates alpha oscillations during auditory attentional blink ↗ · 2016 · Shen, Dawei et al. · indexed
979. Separating top-down and bottom-up cueing of attention from response inhibition in utilization behavior ↗ · 2012 · Balani, Alex Bahrami et al. · indexed
980. Seeing the world through another person’s eyes: Simulating selective attention via action observation ↗ · 2009 · Frischen, Alexandra et al. · indexed
981. Selective attention affects conceptual object priming and recognition: a study with young and older adults · 2015 · Ballesteros, Soledad et al. · archived
982. The Role of Perceptual Load in Neglect: Rejection of Ipsilesional Distractors is Facilitated with Higher Central Load ↗ · 2001 · Lavie, Nilli et al. · indexed
983. Voluntary control of long-range motion integration via selective attention to context ↗ · 2008 · Freeman, E. et al. · indexed
984. Strong primary cue weighting is linked to robust dimension-selective attention ↗ · 2025 · Symons, Ashley E · indexed
985. Visual attention to emotional pictures: Striking parallels with neutral stimuli challenge emotion-specific accounts of influences on attentional biases. ↗ · 2025 · Folyi, Tímea et al. · indexed
986. Increases in Alpha Oscillatory Power Reflect an Active Retinotopic Mechanism for Distracter Suppression During Sustained Visuospatial Attention ↗ · 2006 · Kelly, Simon P. et al. · indexed
987. Parietal but not temporoparietal alpha-tACS modulates endogenous visuospatial attention ↗ · 2022 · Kemmerer, Selma K. et al. · indexed
988. Attention in character-classification tasks: Evidence for the automaticity of component stages. ↗ · 1978 · Logan, Gordon D. · indexed
989. Selective attention and recognition: effects of congruency on episodic learning · 2014 · Rosner, Tamara M et al. · archived
990. The role of visual working memory in object-based attentional selection ↗ · 2010 · Tan, W. P. · indexed
991. The development of selective attention: Holistic perception versus resource allocation ↗ · 1987 · Shepp, Bryan E. et al. · indexed
992. Implicit spatial sequential learning facilitates attentional selection in covert visual search. An event-related potentials study ↗ · 2022 · Szewczyk, Marta et al. · indexed
993. Effects of acute aerobic exercise on exogenous spatial attention · 2011 · Sanabria, Daniel et al. · archived
994. Statistical Learning of Distractor Suppression Down-regulates Pre-Stimulus Neural Excitability in Early Visual Cortex ↗ · 2022 · Ferrante, Oscar et al. · indexed
995. The electrophysiological effect of working memory load on involuntary attention in an auditory–visual distraction paradigm: an ERP study ↗ · 2010 · Lv, Jie-Yu et al. · indexed
996. The Impact of Prefrontal Cortex for Selective Attention in a Visual Working Memory Task ↗ · 2008 · Schreppel, T. J. et al. · indexed
997. Under-reactive but easily distracted: An fMRI investigation of attentional capture in autism spectrum disorder ↗ · 2016 · Keehn, Brandon et al. · indexed
998. Activity in the Fronto-Parietal and Visual Cortex Is Modulated by Feature-Based Attentional Weighting ↗ · 2022 · Lanssens, Armien et al. · indexed
999. Stimulus-induced Alpha Suppression Tracks the Difficulty of Attentional Selection, Not Visual Working Memory Storage ↗ · 2021 · Wang, Sisi et al. · indexed
1000. Effects of spatial attention and salience cues on chromatic and achromatic motion processing ↗ · 2007 · Dobkins, Karen R. et al. · indexed
1001. The Effect of Predictability on Evoked Response Enhancement in Intramodal Selective Attention ↗ · 1973 · Corby, James C. et al. · indexed
1002. Filtering ability in visual working memory cannot be improved by temporal and spatial task cues ↗ · 2015 · Allon, Ayala et al. · indexed
1003. Strong primary cue weighting is linked to robust dimension-selective attention ↗ · 2026 · Symons, Ashley et al. · indexed
1004. Divided attention and indirect memory tests ↗ · 1996 · Mulligan, Neil W. et al. · indexed
1005. Divergence and convergence in parietal activity during visual attention and short-term memory ↗ · 2016 · Sheremata, Summer et al. · indexed
1006. Inhibition of return: Neural basis and function ↗ · 1985 · Posner, Michael · indexed
1007. The contributions of visual and central attention to visual working memory ↗ · 2017 · Souza, Alessandra S. et al. · indexed
1008. Does Selection History Influence Attentional Capture by Threat in the Dot-Probe Task? ↗ · 2021 · Maxwell, Joshua W et al. · indexed
1009. Infant Attention Grows Up: The Emergence of a Developmental Cognitive Neuroscience Perspective ↗ · 2002 · Colombo, John · indexed
1010. Hierarchical attentional selection under global and local conflict ↗ · 2022 · Nie, Qi-Yang et al. · indexed
1011. The Effects of Spatial Selective Attention on the Somatosensory Event‐Related Potential ↗ · 1987 · Michie, Patricia T. et al. · indexed
1012. Evaluating automatic attentional capture by self-relevant information ↗ · 2015 · Ocampo, Brenda et al. · indexed
1013. Is Inhibition of Return Modulated by Involuntary Orienting of Spatial Attention: An ERP Study ↗ · 2017 · Pan, Fada et al. · indexed
1014. Repeated application of the covert shift of attention task improves endogenous but not exogenous attention in patients with unilateral visuospatial inattention ↗ · 2021 · Turgut, Nergiz et al. · indexed
1015. Selective Attention and Error Processing in an Illusory Conjunction Task ↗ · 2005 · Wijers, Albertus A. et al. · indexed
1016. Studies on the N2pc Component in Visual Spatial Attention ↗ · 2013 · YAO, Shu-Xia et al. · indexed
1017. Visual Attention: What Inattention Reveals about the Brain ↗ · 2019 · Husain, Masud · indexed
1018. The functional organization of human extrastriate cortex: a PET-rCBF study of selective attention to faces and locations ↗ · 1994 · Haxby, Jv et al. · indexed
1019. Selective Attention and Interhemispheric Response Competition in the Split-Brain ↗ · 2000 · Lambert, Anthony J. et al. · indexed
1020. Neural bases of selective attention in action video game players ↗ · 2011 · Bavelier, Daphné et al. · indexed
1021. The Frontal Cortex and Exogenous Attentional Orienting ↗ · 2006 · Snyder, Janice J. et al. · indexed
1022. Attention modulates auditory pattern memory as indexed by event‐related brain potentials ↗ · 1997 · ALAIN, CLAUDE et al. · indexed
1023. Development of auditory selective attention: Event‐related potential measures of channel selection and target detection ↗ · 2007 · Gomes, Hilary et al. · indexed
1024. Attentional selection drives information convergence within macaque lateral prefrontal cortex ↗ · 2026 · Mitchell, Daniel J. et al. · indexed
1025. Cochlear activity in silent cue-target intervals shows a theta-rhythmic pattern and is correlated to attentional alpha and theta modulations ↗ · 2021 · Köhler, Moritz Herbert Albrecht et al. · indexed
1026. Face processing is gated by visual spatial attention ↗ · 2008 · Crist, Roy E. · indexed
1027. Shifting visual attention away from fixation is specifically associated with alpha band activity over ipsilateral parietal regions ↗ · 2011 · Cosmelli, Diego et al. · indexed
1028. Delineating the Neural Signatures of Tracking Spatial Position and Working Memory during Attentive Tracking ↗ · 2011 · Drew, Trafton et al. · indexed
1029. Frontal-to-Parietal Top-Down Causal Streams along the Dorsal Attention Network Exclusively Mediate Voluntary Orienting of Attention · 2011 · Ozaki, T. · archived
1030. Full versus divided attention and implicit memory performance ↗ · 1997 · Wolters, Gezinus et al. · indexed
1031. High-level attentional selection results in repulsive biases in face space ↗ · 2025 · Fang, Yifan et al. · indexed
1032. Neural Systems for Visual Orienting and Their Relationships to Spatial Working Memory ↗ · 2002 · Corbetta, Maurizio et al. · indexed
1033. On the Interaction of Selective Attention and Lexical Knowledge: A Connectionist Account of Neglect Dyslexia ↗ · 1990 · Mozer, Michael C. et al. · indexed
1034. Feature-based attention separately influences visual working memory resolution and encoding probability ↗ · 2015 · Dube, Blaire et al. · indexed
1035. Blinded by Fear? Prior Exposure to Fearful Faces Enhances Attentional Processing of Task-Irrelevant Stimuli ↗ · 2013 · Berggren, Nick et al. · indexed
1036. Shifts of visual spatial attention modulate a steady-state visual evoked potential ↗ · 1998 · Belmonte, Matthew · indexed
1037. The modulation of working memory load and perceptual load on attentional guidance from representations of working memory ↗ · 2017 · ZHANG, Bao et al. · indexed
1038. Causal links between parietal alpha activity and spatial auditory attention ↗ · 2019 · Deng, Yuqi et al. · indexed
1039. Exogenous orienting of visual-spatial attention in ADHD children ↗ · 2013 · Ortega, Rodrigo et al. · indexed
1040. Neural Mechanisms of Involuntary Attention to Acoustic Novelty and Change ↗ · 1998 · Escera, Carles et al. · indexed
1041. Attentional networks, vigilance, and distraction as a function of ADHD symptoms ↗ · 2020 · Coll-Martín, Tao et al. · indexed
1042. Left parietal tACS at alpha frequency induces a shift of visuospatial attention ↗ · 2019 · Schuhmann, T. et al. · indexed
1043. Spatiotemporal dynamics of auditory attention synchronize with speech ↗ · 2016 · Wöstmann, Malte et al. · indexed
1044. Spatial attention deficits in humans: A comparison of superior parietal and temporal-parietal junction lesions. ↗ · 1998 · Friedrich, Frances J. et al. · indexed
1045. Short-term and long-term plasticity in the visual-attention system: Evidence from habituation of attentional capture ↗ · 2016 · Turatto, Massimo et al. · indexed
1046. Microsaccade-related brain potentials signal the focus of visuospatial attention ↗ · 2015 · Meyberg, Susann et al. · indexed
1047. Faces capture the visuospatial attention of chimpanzees (Pan troglodytes): evidence from a cueing experiment · 2009 · Tomonaga, Masaki et al. · archived
1048. Attentional bias in anxiety: Selective search or defective filtering? ↗ · 1990 · Eysenck, Michael W · indexed
1049. The Allocation of Attention and Working Memory in Visual Crowding ↗ · 2015 · Bacigalupo, Felix et al. · indexed
1050. Visual short-term memory load weakens attentional selection by increasing the size of attentional zoom ↗ · 2019 · Lee, Hyuksu et al. · indexed
1051. Divided attention modulates semantic activation: Evidence from a nonletter-level prime task ↗ · 2007 · Otsuka, Sachio et al. · indexed
1052. Oculomotor Convergence and the Dorsal Attention Network: A Neurophysiological Mechanism for Focused Attention ↗ · 2026 · Malani, Varsha · indexed
1053. Working memory load alters response to stimuli in early visual cortex ↗ · 2010 · Kelley, T. et al. · indexed
1054. A dissociation between selective attention and conscious awareness in the representation of temporal order information ↗ · 2015 · Eimer, Martin et al. · indexed
1055. The load to distribute retrospective attention to multiple items within visual working memory · 2016 · Takeno, Masae et al. · archived
1056. A phase-based mechanism of attentional selection in the auditory system ↗ · 2025 · Lui, Troby Ka-Yan et al. · indexed
1057. Selective attention enhances the auditory 40-Hz transient response in humans ↗ · 1993 · Tiitinen, H. T. et al. · indexed
1058. Modulation of neural activities by enhanced local selection in the processing of compound stimuli ↗ · 2003 · Han, Shihui et al. · indexed
1059. Top-Down Attention Control Does Not Imply Voluntary Attention Control for all Individuals ↗ · 2022 · Bradley et al. · indexed
1060. Using frequency tagging to quantify attentional deployment in a visual divided attention task ↗ · 2009 · Toffanin, Paolo et al. · indexed
1061. Pupil dilation and microsaccades provide complementary insights into the dynamics of arousal and instantaneous attention during effortful listening ↗ · 2023 · Contadini-Wright, Claudia et al. · indexed
1062. The role of transient attention in crowding and feature binding ↗ · 2021 · Kewan, Bahiya et al. · indexed
1063. Causal links between parietal alpha activity and spatial auditory attention ↗ · 2019 · Deng, Yuqi et al. · indexed
1064. Identity and Spatial Cues Can Improve Filtering Ability in Visual Working Memory ↗ · 2016 · Allon, Ayala et al. · indexed
1065. Attention and mismatch negativity ↗ · 1993 · NÄÄTÄNEN, R. et al. · indexed
1066. Thalamic control of sensory selection in divided attention ↗ · 2015 · Wimmer, Ralf D. et al. · indexed
1067. Left-Hemispheric Asymmetry for Object-Based Attention: an ERP Study ↗ · 2019 · Orlandi, Andrea et al. · indexed
1068. Object-based attention prioritizes working memory contents at a theta rhythm · 2018 · Peters, Benjamin et al. · archived
1069. The influence of feature-based attention and response requirements on ERP correlates of auditory awareness ↗ · 2024 · Filimonov, Dmitri et al. · indexed
1070. Selection history and task predictability determine the precision expectations in attentional control ↗ · 2022 · Abbasi, Hossein et al. · indexed
1071. Neurophysiological correlates of visuospatial attention and the social dynamics of gaze processing ↗ · 2019 · Wei, Grace et al. · indexed
1072. Cognitive control of involuntary attention and distraction in children and adolescents ↗ · 2007 · Wetzel, Nicole et al. · indexed
1073. The effect of a non-informative cueing signal in a three-choice reaction-time task ↗ · 1992 · Possama�, Camille-Aim� · indexed
1074. Exploring BOLD Changes during Spatial Attention in Non-Stimulated Visual Cortex ↗ · 2009 · Heinemann, Linda et al. · indexed
1075. P300 subcomponents in case of overt and covert visual attention ↗ · 2025 · Ponomarev, T. · indexed
1076. Spatial attention and reading ability: ERP correlates of flanker and cue-size effects in good and poor adult phonological decoders ↗ · 2015 · Matthews, Allison Jane et al. · indexed
1077. Early striate activity related to attention in a choice reaction task ↗ · 2004 · Poghosyan, V. et al. · indexed
1078. Volitional control of parieto-occipital alpha lateralization via neurofeedback does not influence auditory spatial attention ↗ · 2026 · Stockar, Felix et al. · indexed
1079. Numerosity adaptation partly depends on the allocation of implicit numerosity-contingent visuo-spatial attention · 2021 · Grasso, Paolo A. et al. · archived
1080. Better target detection in the presence of collinear flankers under high working memory load ↗ · 2014 · De Fockert, Jan W. et al. · indexed
1081. Cognitive functions of the posterior parietal cortex: top-down and bottom-up attentional control ↗ · 2012 · Shomstein, Sarah · indexed
1082. The Development of Selective Attention Orienting is an Agent of Change in Learning and Memory Efficacy ↗ · 2015 · Markant, Julie et al. · indexed
1083. Covert visual orienting across the lifespan. ↗ · 1997 · Brodeur, Darlene A. et al. · indexed
1084. Synthetic computational models of selective attention ↗ · 2006 · Raffone, Antonino · indexed
1085. Convergence between Lesion-Symptom Mapping and Functional Magnetic Resonance Imaging of Spatially Selective Attention in the Intact Brain ↗ · 2008 · Molenberghs, Pascal et al. · indexed
1086. Category learning drives cortical attentional gain to diagnostic dimensions ↗ · 2024 · Luthra, Sahil et al. · indexed
1087. The Influence of Selective Attention and Inattention to Products on Subsequent Choice ↗ · 2013 · Janiszewski, Chris et al. · indexed
1088. Directed and Motivated Attention during Processing of Natural Scenes ↗ · 2008 · Ferrari, Vera et al. · indexed
1089. Effects of spatial selective attention on the steady-state visual evoked potential in the 20–28 Hz range ↗ · 1998 · Müller, Matthias M. et al. · indexed
1090. Attending to the heart is associated with posterior alpha band increase and a reduction in sensitivity to concurrent visual stimuli ↗ · 2017 · Villena‐González, Mario et al. · indexed
1091. How do the parietal lobes direct covert attention? ↗ · 1987 · Posner, Michael I. et al. · indexed
1092. Covert Auditory Attention Generates Activation in the Rostral/Dorsal Anterior Cingulate Cortex ↗ · 2002 · Benedict, Ralph H. B. et al. · indexed
1093. Focused and divided attention in a simulated cocktail-party situation: ERP evidence from younger and older adults ↗ · 2016 · Getzmann, Stephan et al. · indexed
1094. Attentional Modulation in the Detection of Irrelevant Deviance: A Simultaneous ERP/fMRI Study ↗ · 2006 · Sabri, M. et al. · indexed
1095. Unattended Distractor-Induced Priming in a Visual Selective Attention Task ↗ · 2004 · Heil, Martin et al. · indexed
1096. The link between reading ability and visual spatial attention across development ↗ · 2019 · White, Alex L. et al. · indexed
1097. Divided and Focused Attention in Patients with Lesion of the Prefrontal Cortex ↗ · 1996 · Godefroy, Olivier et al. · indexed
1098. Effects of lateralization on selective and divided attention ↗ · 1977 · Friedman, C. et al. · indexed
1099. Anatomical substrates of the alerting, orienting and executive control components of attention: focus on the posterior parietal lobe. · 2012 · Yin, Xuntao et al. · archived
1100. Stimulating the parietal cortex by transcranial direct current stimulation (tDCS): no effects on attention and memory ↗ · 2020 · Dubravac, Mirela et al. · indexed
1101. Spatial Attention, Precision, and Bayesian Inference: A Study of Saccadic Response Speed ↗ · 2013 · Vossel, Simone et al. · indexed
1102. Joint attention supports working memory when gaze cues are reliable and task-relevant ↗ · 2025 · Foglino, Caterina et al. · indexed
1103. Attentional selection and communication through coherence: Scope and limitations ↗ · 2024 · Greenwood, Priscilla E. et al. · indexed
1104. Dissociated α-Band Modulations in the Dorsal and Ventral Visual Pathways in Visuospatial Attention and Perception ↗ · 2014 · Capilla, Almudena et al. · indexed
1105. The role of consciousness in attentional control differences in trait anxiety ↗ · 2012 · Berggren, Nick et al. · indexed
1106. Neural Mechanisms of Strategic Adaptation in Attentional Flexibility ↗ · 2020 · Sali, Anthony W. et al. · indexed
1107. Interference with Rehearsal in Spatial Working Memory in the Absence of Eye Movements ↗ · 1996 · Smyth, Mary M. · indexed
1108. Alpha-Band Brain Oscillations Shape the Processing of Perceptible as well as Imperceptible Somatosensory Stimuli during Selective Attention ↗ · 2017 · Forschack, Norman et al. · indexed
1109. The influence of cerebellum on visual selective attention in patients with multiple lacunar cerebral infarction and its neuromodulatory mechanisms · 2024 · Yuan, Xiaodong et al. · archived
1110. Distributed Cortical Network for Visual Attention ↗ · 1997 · Knight, Robert T. · indexed
1111. Reward Changes Salience in Human Vision via the Anterior Cingulate · 2010 · Hickey, Clayton et al. · archived
1112. The Neural Underpinnings of How Reward Associations Can Both Guide and Misguide Attention · 2011 · Krebs, Ruth M. et al. · archived
1113. Attention and probability effects in the human occipital cortex ↗ · 1997 · Gratton, Gabriele · indexed
1114. The clock as a focus of selective attention in those with primary insomnia: An experimental study using a modified Posner paradigm ↗ · 2009 · Woods, Heather et al. · indexed
1115. An Evidence Accumulation Model Analysis of Prior Probability and Spatial Attention Biases ↗ · 2026 · Cerracchio, Ettore et al. · indexed
1116. Suppressive Control of Incentive Salience in Real-World Human Vision ↗ · 2023 · Hickey, Clayton et al. · indexed
1117. Complex naturalistic stimuli are prioritized by attention when maintained in visual working memory ↗ · 2020 · Rutkowska, Natalia et al. · indexed
1118. Electrophysiological evidence for attentional capture by irrelevant angry facial expressions ↗ · 2016 · Burra, Nicolas et al. · indexed
1119. Interstimulus interval and the selective‐attention effect on auditory ERPs: ↗ · 1993 · TEDER, W. et al. · indexed
1120. Selective memories: infants' encoding is enhanced in selection via suppression ↗ · 2013 · Markant, Julie et al. · indexed
1121. Attentional capture by emotional faces is contingent on attentional control settings ↗ · 2012 · Barratt, Daniel et al. · indexed
1122. Relationships Between Cortically Mediated Attentional Dysfunction and Social Anxiety, Self-Focused Attention, and External Attention Bias ↗ · 2019 · Tomita, Nozomi et al. · indexed
1123. Parieto-occipital ∼1 0Hz activity reflects anticipatory state of visual attention mechanisms ↗ · 1998 · Foxe, John J. et al. · indexed
1124. Dissociable neural mechanisms track evidence accumulation for selection of attention versus action ↗ · 2017 · Shenhav, Amitai et al. · indexed
1125. Timing and Sequence of Brain Activity in Top-Down Control of Visual-Spatial Attention ↗ · 2007 · Grent-‘t-Jong, Tineke et al. · indexed
1126. A Dynamic Interplay within the Frontoparietal Network Underlies Rhythmic Spatial Attention ↗ · 2018 · Fiebelkorn, Ian C. et al. · indexed
1127. Gestalt Grouping Cues Can Improve Filtering Performance in Visual Working Memory ↗ · 2017 · Allon, Ayala et al. · indexed
1128. Object-based processes in the planning of goal-directed hand movements ↗ · 2004 · Bekkering, Harold et al. · indexed
1129. Individual differences in attentional modulation of cortical responses correlate with selective attention performance ↗ · 2014 · Choi, Inyong et al. · indexed
1130. Circular organization of the instantaneous phase in ERPs and the ongoing EEG due to selective attention ↗ · 2017 · Corona-Strauss, Farah I. et al. · indexed
1131. Task-irrelevant abrupt onsets differentially impact value-related orienting and maintenance ↗ · 2025 · Chak, Carly et al. · indexed
1132. New perspectives in attentional control theory ↗ · 2010 · Eysenck, Michael W · indexed
1133. The Electrophysiological Markers of Statistically Learned Attentional Enhancement: Evidence for a Saliency-based Mechanism ↗ · 2023 · Duncan, Dock H. et al. · indexed
1134. Selecting for Memory? The Influence of Selective Attention on the Mnemonic Binding of Contextual Information ↗ · 2009 · Uncapher, Melina R. et al. · indexed
1135. What are the benefits of directed attention within verbal working memory? ↗ · 2024 · Jeanneret, Stephanie et al. · indexed
1136. Focus of spatial attention during spatial working memory maintenance: Evidence from pupillary light response ↗ · 2017 · Fabius, J. H. et al. · indexed
1137. Effect of Working Memory Load on Filtering Novel Distracters in Children with Attention Deficit Hyperactivity Disorder ↗ · 2013 · JIN, Ying et al. · indexed
1138. Attentional status of faces for people with autism spectrum disorder ↗ · 2012 · Remington, Anna et al. · indexed
1139. Dorsal and Ventral Parietal Contributions to Spatial Orienting in the Human Brain ↗ · 2011 · Chica, Ana B. et al. · indexed
1140. Exploring the role of attention during memory retrieval: Effects of semantic encoding and divided attention · 2006 · Lozito, Jeffrey P. et al. · archived
1141. Supervision, Category Structure, and Selective Attention in Category Learning: A Comparative Approach ↗ · 2025 · Yim, Hyungwook et al. · indexed
1142. The disruptive effects of pain on the early allocation of attentional resources: An attentional blink study ↗ · 2021 · Jones, Scott P. et al. · indexed
1143. Children with Autism Show Local Precedence in a Divided Attention Task and Global Precedence in a Selective Attention Task ↗ · 1999 · Plaisted, Kate et al. · indexed
1144. Focused and Divided Attention in Each Half of Space with Disconnected Hemispheres ↗ · 1989 · Wale, Jocelyn et al. · indexed
1145. Age differences in reward-motivation attention: behavioural and ERP evidence ↗ · 2021 · Kudus, Farrah · indexed
1146. Oddball and incongruity effects during Stroop task performance: A comparative fMRI study on selective attention ↗ · 2006 · Melcher, Tobias et al. · indexed
1147. Divided attention and the matching law: Sample duration affects sensitivity to reinforcement allocation ↗ · 2007 · Shahan, Timothy A. et al. · indexed
1148. Functional connectivity between prefrontal and parietal cortex drives visuo-spatial attention shifts ↗ · 2017 · Heinen, Klaartje et al. · indexed
1149. Effects of Visual Working Memory Load and Item Priority on Susceptibility to Distraction and Memory Accuracy ↗ · 2025 · Gunduz, Hasan et al. · indexed
1150. Attention as an organ system ↗ · 2008 · Posner, Michael I. et al. · indexed
1151. The Relation between Infant Covert Orienting, Sustained Attention and Brain Activity ↗ · 2016 · Xie, Wanze et al. · indexed
1152. Cause or consequence? Alpha oscillations in visuospatial attention ↗ · 2021 · Peylo, Charline et al. · indexed
1153. Sustained attention, selective attention and cognitive control in deaf and hearing children ↗ · 2014 · Dye, Matthew W.G. et al. · indexed
1154. Suppression of the auditory frequency following response during visual attention ↗ · 1980 · Oatman, L.C et al. · indexed
1155. Expanding the framework of attention in posttraumatic stress disorder: Commentary on Clauss et al. (2025) ↗ · 2025 · Punski‐Hoogervorst, Janne L. et al. · indexed
1156. One-year old infants control bottom-up saliencies to purposely sustain attention ↗ · 2021 · Méndez, Andrés Hugo et al. · indexed
1157. Visual Selection and Posterior Parietal Cortex: Effects of Repetitive Transcranial Magnetic Stimulation on Partial Report Analyzed by Bundesen's Theory of Visual Attention ↗ · 2005 · Hung, June et al. · indexed
1158. Attentional Control Theory in Childhood: Enhanced Attentional Capture by Non-Emotional and Emotional Distractors in Anxiety and Depression ↗ · 2015 · Waszczuk, Monika A. et al. · indexed
1159. Endogenous attention modulates early selective attention in psychopathy: An ERP investigation ↗ · 2016 · Krusemark, Elizabeth A. et al. · indexed
1160. Measurement and Training of Selective Attention in Acquired Brain Injury Patients: A Pilot Study ↗ · 2025 · Torenvliet, Carolien et al. · indexed
1161. Biased attentional engagement with, and disengagement from, negative information: Independent cognitive pathways to anxiety vulnerability? ↗ · 2013 · Rudaizky, Daniel et al. · indexed
1162. The effect of menstrual cycle on sex differences in attentional capture · 2013 · INUKAI, Tomoe et al. · archived
1163. Is the face-sensitive N170 the only ERP not affected by selective attention? ↗ · 2000 · Cauquil, Alexandra Séverac et al. · indexed
1164. Attentional selection and communication through coherence: Scope and limitations ↗ · 2023 · Greenwood, Priscilla E. et al. · indexed
1165. Predictive cues and spatial attentional bias for alcohol: Manipulations of cue-outcome mapping · 2020 · Gladwin, Thomas E. et al. · archived
1166. Neural Effects of Nicotine during Auditory Selective Attention in Smokers: An Event-Related Potential Study ↗ · 2006 · Knott, Verner et al. · indexed
1167. Author response: Value-based attentional capture affects multi-alternative decision making ↗ · 2018 · Gluth, Sebastian et al. · indexed
1168. Top-Down Control of Visual Attention by the Prefrontal Cortex. Functional Specialization and Long-Range Interactions ↗ · 2017 · Paneri, Sofia et al. · indexed
1169. Paying attention to attention in depression ↗ · 2019 · Keller, Arielle S. et al. · indexed
1170. Precision-dependent modulation of social attention ↗ · 2025 · Gao, Wenhui et al. · indexed
1171. Atypical Visual Selective Attention in Children with Dyslexia: Evidence from N2pc and PD ↗ · 2024 · Liu, Hongyu et al. · indexed
1172. Electrophysiological evidence for attentional capture by irrelevant angry facial expressions: Naturalistic faces ↗ · 2017 · Burra, Nicolas et al. · indexed
1173. Handles of manipulable objects attract covert visual attention: ERP evidence ↗ · 2014 · Matheson, Heath et al. · indexed
1174. Divided attention performance and the matching law ↗ · 2006 · Shahan, Timothy A. et al. · indexed
1175. Attentional propagation of conceptual information in the human brain ↗ · 2024 · Acunzo, David et al. · indexed
1176. Non-Target Suppression Supports the Formation of Representational Prioritization Under High Working Memory Load ↗ · 2025 · Zhang, Yaya et al. · indexed
1177. Orienting of spatial attention in Huntington's Disease ↗ · 2008 · Couette, Maryline et al. · indexed
1178. Individual differences in selective attention and engagement shape students’ learning from visual cues and instructor presence during online lessons ↗ · 2022 · King, Jill et al. · indexed
1179. Correction for Mesulam, Spatial attention and neglect: parietal, frontal and cingulate contributions to the mental representation and attentional targeting of salient extrapersonal events ↗ · 1999 · Mesulam, M.-M. · indexed
1180. Early rightwards orienting of attention on simple reaction time performance in patients with left-sided neglect ↗ · 1992 · D'Erme, Patrizia et al. · indexed
1181. Attentional control moderates the relationship between social anxiety and selective attentional responding to negative social information: evidence from objective measures of attentional processes ↗ · 2021 · Mazidi, Mahdi et al. · indexed
1182. Neural Mechanisms of Global and Local Processing: A Combined PET and ERP Study ↗ · 1998 · Heinze, H. J. et al. · indexed
1183. Performance Effects of Nicotine during Selective Attention, Divided Attention, and Simple Stimulus Detection: An fMRI Study ↗ · 2008 · Hahn, Britta et al. · indexed
1184. Dorsal Posterior Parietal rTMS Affects Voluntary Orienting of Visuospatial Attention ↗ · 2005 · Thut, Gregor et al. · indexed
1185. The relationship between divided attention and implicit memory: A meta-analysis ↗ · 2011 · Spataro, Pietro et al. · indexed
1186. Sonar-guided attention in natural tasks ↗ · 2023 · Wohlgemuth, Melville et al. · indexed
1187. Attention and lexical decomposition in chinese word recognition: Conjunctions of form and position guide selective attention ↗ · 1995 · Chen, Yi-Ping et al. · indexed
1188. Acceptance or Distraction First while Suffering Pain? Order Effects on Visual Attention to External Painful Stimuli ↗ · 2025 · Robles, Elena et al. · indexed
1189. Cognitive Control of Attentional Guidance by Visual and Verbal Working Memory Representations ↗ · 2016 · Kawashima, Tomoya et al. · indexed
1190. The N2pc component and stimulus duration ↗ · 2007 · Brisson, Benoît et al. · indexed
1191. Evoked Potential and Behavioral Signs of Attentive Dysfunctions in Hyperactive Boys ↗ · 1980 · Loiselle, David L. et al. · indexed
1192. The Effect of Decreased Catecholamine Transmission on ERP Indices of Selective Attention ↗ · 1997 · Shelley, A · indexed
1193. The role of the parietal cortex in visual feature binding · 2002 · Shafritz, Keith M. et al. · archived
1194. Spatial Neglect and Attention Networks ↗ · 2011 · Corbetta, Maurizio et al. · indexed
1195. Auditory selective attention in adolescents with major depression: An event-related potential study ↗ · 2015 · Greimel, E. et al. · indexed
1196. Attentional control and the self: The Self-Attention Network (SAN) ↗ · 2015 · Humphreys, Glyn W. et al. · indexed
1197. Supervision, Category Structure, and Selective Attention in Category Learning: A Comparative Approach ↗ · 2026 · Yim, Hyungwook et al. · indexed
1198. Mechanisms of spatial contextual cueing in younger and older adults · 2023 · Kojouharova, Petia et al. · archived
1199. Attend to compete or compete to attend: The possible role of attention in processing competing stimuli within visual working memory. ↗ · 2026 · Gillies, Greer et al. · indexed
1200. Body percussion and selective attention. Interdisciplinary quantitative study through neuromotricity activities BAPNE method based on the dual task in Primary Education ↗ · 2023 · Romero Naranjo, Francisco Javier et al. · indexed
1201. Different Top-Down Goals Modulate Early Stage of Attention Bias: Irrelevant Task Suppresses the N170 of Automatic Attention Allocation to Threat Faces ↗ · 2020 · Dou, Haoran et al. · indexed
1202. Brain networks of visuospatial attention and their disruption in visual neglect ↗ · 2012 · Bartolomeo, Paolo et al. · indexed
1203. Rapid attentional biases to threat-associated visual features: The roles of anxiety and visual working memory access. · 2020 · Berggren, Nick · archived
1204. Selective Attention in Early Word Learning: An Eye‐Tracking Study on Viewing Naturalistic Egocentric Scenes ↗ · 2025 · Zhang, Yayun et al. · indexed
1205. Attentional guidance by the contents of working memory and the N2PC component ↗ · 2015 · Krzan, Fatma · indexed
1206. Reliable Attention Network Scores and Mutually Inhibited Inter-network Relationships Revealed by Mixed Design and Non-orthogonal Method ↗ · 2015 · Wang, Yi-Feng et al. · indexed
1207. Sustained gamma band synchronization in early visual areas reflects the level of selective attention ↗ · 2012 · Kahlbrock, Nina et al. · indexed
1208. Attention shifting and subliminal cueing under high attentional load: an EEG study using emotional faces ↗ · 2019 · Tipura, Eda et al. · indexed
1209. Ontogeny of selective attention effects on event-related potentials in attention-deficit hyperactivity disorder and normal boys ↗ · 1990 · Satterfield, James H. et al. · indexed
1210. Inhibition of Return Impairs Phosphene Detection ↗ · 2012 · Smith, Daniel T. et al. · indexed
1211. Attentional processes in children with ADHD: An event-related potential study using the attention network test ↗ · 2011 · Kratz, Oliver et al. · indexed
1212. The impact of polycystic ovary syndrome on attention: an empirical investigation · 2025 · Redkar, Maitreyi et al. · archived
1213. The hybrid model of attentional control: New insights into hemispheric asymmetries inferred from TMS research ↗ · 2015 · Duecker, Felix et al. · indexed
1214. Extended categorization of conjunction object stimuli decreases the latency of attentional feature selection and recruits orthography-linked ERPs · 2019 · Folstein, Jonathan R. et al. · archived
1215. Effects of Cholinergic Enhancement on Visual Stimulation, Spatial Attention, and Spatial Working Memory ↗ · 2004 · Bentley, Paul et al. · indexed
1216. Children's and Adults' Knowledge about What Variables Affect Selective Attention ↗ · 1982 · Miller, Patricia H. et al. · indexed
1217. Challenges to Selective Exposure: Selective Seeking and Avoidance in a Multitasking Media Environment ↗ · 2014 · Jang, S. Mo · indexed
1218. Divided attention, selective attention and drawing: processing preferences in Williams syndrome are dependent on the task administered ↗ · 2003 · Farran, Emily K et al. · indexed
1219. Preprint: Psychopathy-Related Differences in Selective Attention Are Captured by an Early Event-Related Potential ↗ · 2018 · Baskin–Sommers, Arielle et al. · indexed
1220. Gestalt grouping cues can improve filtering performance in visual working memory ↗ · 2018 · Allon, Ayala S. et al. · indexed
1221. Event-related potentials and performance of attention-deficit hyperactivity disorder: Children and normal controls in auditory and visual selective attention tasks ↗ · 1997 · Jonkman, Lisa M. et al. · indexed
1222. Attentional modulation of beta-power aligns with the timing of behaviorally relevant rhythmic sounds ↗ · 2022 · Foldal, Maja D et al. · indexed
1223. Individual differences in neural mechanisms of selective auditory attention in preschoolers from lower socioeconomic status backgrounds: an event‐related potentials study ↗ · 2016 · Isbell, Elif et al. · indexed
1224. Orienting of visual attention in dyslexia: evidence for asymmetric hemispheric control of attention ↗ · 2001 · Facoetti, Andrea et al. · indexed
1225. Noradrenergic modulation of rhythmic neural activity shapes selective attention ↗ · 2021 · Dahl, Martin J. et al. · indexed
1226. Unpleasant Odors Affect Alerting Attention in Young Men: An Event-Related Potential Study Using the Attention Network Test ↗ · 2021 · Zhang, Minggang et al. · indexed
1227. Comparison of working memory, divided and selective attention in children with different types of attention deficit hyperactivity disorder- ADHD ↗ · 2017 · Nezhadianbaran, J et al. · indexed
1228. Attentional modulation of neural phase is enhanced by short-term training and linked to musical experience ↗ · 2019 · Laffere, Aeron et al. · indexed
1229. The Functional Neuroanatomy of Spatial Attention in Autism Spectrum Disorder ↗ · 2005 · Haist, Frank et al. · indexed
1230. Selective Attention to Threat in Childhood Anxiety: Evidence from Visual Probe Paradigms ↗ · 2010 · Garner, Matthew · indexed
1231. Investigation of layer-specific BOLD signal in the human visual cortex during visual attention ↗ · 2023 · van Mourik, Tim et al. · indexed
1232. The Cerebellum Modulates Attention Network Functioning: Evidence from a Cerebellar Transcranial Direct Current Stimulation and Attention Network Test Study · 2019 · Mannarelli, Daniela et al. · archived
1233. Contralateral delay activity tracks storage load in visual working memory: Evidence from the multiple object tracking task ↗ · 2022 · Wang, Yanxiang et al. · indexed
1234. Development of attentional networks in childhood ↗ · 2004 · Posner, Michael · indexed
1235. Selective Impairment of Attentional Networks of Alerting in Wilson's Disease · 2014 · Han, Yongsheng et al. · archived
1236. Investigation of layer specific BOLD in the human visual cortex during visual attention ↗ · 2021 · van Mourik, Tim et al. · indexed
1237. Bilingual advantage in attentional control: Evidence from the forced-attention dichotic listening paradigm ↗ · 2010 · Soveri, Anna et al. · indexed
1238. Value-based attentional capture affects multi-alternative decision making ↗ · 2018 · Gluth, Sebastian et al. · indexed
1239. Attention impairment in patients with cervical dystonia: An attention network test study · 2022 · Xia, Kun et al. · archived
1240. Working memory load moderates late attentional bias in social anxiety ↗ · 2012 · Judah, Matt R. et al. · indexed
1241. Brain localization of attentional control in different age groups by combining functional and structural MRI ↗ · 2004 · Thomsen, Tormod et al. · indexed
1242. Alpha and gamma neurofeedback reinforce control of spatial attention ↗ · 2017 · Bagherzadeh, Yasaman et al. · indexed
1243. Limonene selectively modulates visual attention through P300 suppression: A comparative ERP study with lemon essential oil ↗ · 2025 · Tamura, Kaori et al. · indexed
1244. Spatial Attention Disorders in Developmental Dyslexia: Towards the Prevention of Reading Acquisition Deficits ↗ · 2012 · Facoetti, Andrea · indexed
1245. Uncharacteristic task-evoked pupillary responses implicate atypical locus coeruleus activity in autism ↗ · 2019 · Granovetter, Michael C. et al. · indexed
1246. A diffusion modeling approach to understanding contextual cueing effects in children with <scp>ADHD</scp> ↗ · 2014 · Weigard, Alexander et al. · indexed
1247. High-frequency gamma activity (80–150 Hz) is increased in human cortex during selective attention ↗ · 2008 · Ray, Supratim et al. · indexed
1248. The Relationship between Bilingualism and Selective Attention in Young Adults: Evidence from an Ambiguous Figures Task ↗ · 2017 · Chung-Fat-Yim, Ashley et al. · indexed
1249. Development of selective attention in preschool-age children from lower socioeconomic status backgrounds ↗ · 2017 · Wray, Amanda Hampton et al. · indexed
1250. Effects of dominance and prestige based social status on competition for attentional resources ↗ · 2019 · Roberts, Ashton et al. · indexed
1251. Food pleasantness affects visual selective attention ↗ · 2010 · di Pellegrino, Giuseppe et al. · indexed
1252. But what about the Empress of Racnoss? The allocation of attention to spiders and Doctor Who in a visual search task is predicted by fear and expertise. ↗ · 2011 · Purkis, Helena M. et al. · indexed
1253. Decoding Selective Attention in Normal Hearing Listeners and Bilateral Cochlear Implant Users With Concealed Ear EEG ↗ · 2019 · Nogueira, Waldo et al. · indexed
1254. The Effect of Divided Attention on Global Judgment of Learning Accuracy ↗ · 2007 · Barnes, Kelly Anne et al. · indexed
1255. Causal implication by rhythmic transcranial magnetic stimulation of alpha frequency in feature‐based local vs. global attention ↗ · 2012 · Romei, Vincenzo et al. · indexed
1256. Selective attentional deficit in essential tremor: Evidence from the attention network test ↗ · 2015 · Pauletti, Caterina et al. · indexed
1257. Neural mechanisms of attentional control in mindfulness meditation ↗ · 2013 · Malinowski, Peter · indexed
1258. Differences in sustained attention but not distraction in preschoolers from lower socioeconomic status backgrounds ↗ · 2021 · Hoyer, Roxane S. et al. · indexed
1259. Nicotine-induced enhancement of attention in the five-choice serial reaction time task: the influence of task demands ↗ · 2002 · Hahn, B. et al. · indexed
1260. Meditation increases the depth of information processing and improves the allocation of attention in space ↗ · 2012 · Leeuwen, Sara evan et al. · indexed
1261. The emergence of object‐based visual attention in infancy: A role for family socioeconomic status and competing visual features ↗ · 2019 · Werchan, Denise M. et al. · indexed
1262. Electrophysiology of Mind: Event-Related Brain Potentials and Cognition ↗ · 1995 · Rugg, Michael D. et al. · indexed
1263. Seeing Conflict: Identifying Self-Control Conflict Attenuates Early Allocation of Visual Attention to Positive Stimuli ↗ · 2025 · Vogt, Julia et al. · indexed
1264. Neural mechanisms of incentive salience in naturalistic human vision ↗ · 2015 · Hickey, Clayton et al. · indexed
1265. Selective processing of smoking-related cues in smokers: manipulation of deprivation level and comparison of three measures of processing bias ↗ · 2002 · Mogg, Karin et al. · indexed
1266. Uncharacteristic Task-Evoked Pupillary Responses Implicate Atypical Locus Ceruleus Activity in Autism ↗ · 2020 · Granovetter, Michael C. et al. · indexed
1267. Joint attention and exogenous attention allocation during mother-infant interaction at 12 months associate with 24-month vocabulary composition ↗ · 2025 · Capelli, Elena et al. · indexed
1268. Are there multiple ways to direct attention in working memory? ↗ · 2018 · Atkinson, Amy Louise et al. · indexed
1269. Investigating Autistic Hyper-Focus and Monotropism: Limited Convergence of Event-Related Potentials, Laboratory Tasks, and Questionnaire Responses ↗ · 2025 · Dwyer, Patrick et al. · indexed
1270. Electrophysiological indices of spatial attention during global/local processing in good and poor phonological decoders ↗ · 2009 · Matthews, Allison Jane et al. · indexed
1271. Dynamic Brain Sources of Visual Evoked Responses ↗ · 2002 · Makeig, Scott et al. · indexed
1272. Visual Instructor Presence in Online Lectures: Effects of Individual Differences in Attention Control ↗ · 2024 · Vazquez, Eve et al. · indexed
1273. Attention Capture of Non-target Emotional Faces: An Evidence From Reward Learning ↗ · 2020 · Zhou, Xing et al. · indexed
1274. Retro-cueing in multi-attribute choices: The influence of memory availability on strategy selection and attribute weights ↗ · 2019 · Krefeld-Schwalb, Antonia et al. · indexed
1275. Atypical Processing of Novel Distracters in a Visual Oddball Task in Autism Spectrum Disorder ↗ · 2017 · Sokhadze, Estate et al. · indexed
1276. Color and Focus: Investigating the Impact of Colorful Environments on Sustained Attention ↗ · 2026 · Suma, Aswani · indexed
1277. The Role of Attention Modulation and Its Neurophysiological Mechanisms in Tinnitus Management: A Review ↗ · 2024 · Arefi, Hossein Namvar et al. · indexed
1278. Theory‐ and Evidence‐Based Strategies for Children with Attentional Problems ↗ · 2005 · Zentall, Sydney S. · indexed
1279. Attentional Capture and Ethical Responsibility in Abhidhamma: A Formal Reconstruction of the Cognitive Sequence ↗ · 2026 · Karunanayaka, Indrajith · indexed
1280. The Influence of Situational Cues on Children’s Creativity in an Alternative Uses Task and the Moderating Effect of Selective Attention ↗ · 2020 · van Dijk, M. et al. · indexed
1281. Selective attention to emotional faces following recovery from depression. ↗ · 2007 · Joormann, Jutta et al. · indexed
1282. Event‐Related Potentials, Spatial Orienting, and Reading Disabilities ↗ · 1989 · Harter, M. Russell et al. · indexed
1283. 5-HTTLPR polymorphism is linked to neural mechanisms of selective attention in preschoolers from lower socioeconomic status backgrounds ↗ · 2016 · Isbell, Elif et al. · indexed
1284. Selective enhancement of attentional networks in college table tennis athletes: a preliminary investigation ↗ · 2016 · Wang, Biye et al. · indexed
1285. The Comparison of Divided, Sustained and Selective Attention in Children with Attention Deficit Hyperactivity Disorder, Children with Specific Learning Disorder and Normal Children ↗ · 2017 · Maghsoodloonejad, Fatemeh et al. · indexed
1286. Research Protocol: How can online games with different genres and spatial dimensions affect our divided attention? A 2 × 2 between subject study focusing on mobile games ↗ · 2024 · Rosso, Emily · indexed
1287. The P300: Where in the Brain Is It Produced and What Does It Tell Us? ↗ · 2005 · Linden, David E.J. · indexed