about
Synesthesia and learning: a critical review and novel theoryA developmental study of covert orienting to peripheral visual cuesCross-modal prediction in speech perceptionHumans are sensitive to attention control when predicting others' actions.Decoupling stimulus duration from brightness in metacontrast masking: data and models.Visual similarity in masking and priming: The critical role of task relevance.What's in a Friendship? Partner Visibility Supports Cognitive Collaboration between Friends.How many locations can be selected at once?Following the masters: portrait viewing and appreciation is guided by selective detail.Isolating shape from semantics in haptic-visual priming.Size contrast as a function of conceptual similarity between test and inducers.Rapid decrement in the effects of the Ponzo display dissociates action and perception.Complexities in understanding attentional functioning among children with fetal alcohol spectrum disorder.Electrophysiological evidence for a post-perceptual influence of global visual context on perceived orientation.When do we know which way is up? The time course of orientation perception.Multiple-object tracking is based on scene, not retinal, coordinates.On the time course of attentional focusing in older adults.The flexible focus: whether spatial attention is unitary or divided depends on observer goals.The interaction between stimulus-driven and goal-driven orienting as revealed by eye movements.Unconscious and out of control: subliminal priming is insensitive to observer expectations.Human perception: a science of synergy.Differences in visual orienting between persons with Down or fragile X syndrome.Cross-modal prediction in speech depends on prior linguistic experience.Dual-target interference for the 'automatic pilot' in the dorsal stream.Attention for perception and action: task interference for action planning, but not for online control.Object substitution and its relation to other forms of visual masking.The hand's automatic pilot can update visual information while the eye is in motion.The role of clarity and blur in guiding visual attention in photographs.Visual letter matching: hemispheric functioning or scanning biases?Spatial cuing does not affect the magnitude of the attentional blink.Global-local visual processing in high functioning children with autism: structural vs. implicit task biases.Change detection in naturalistic pictures among children with autism.Mine in motion: How physical actions impact the psychological sense of object ownership.How fleeting emotions affect hazard perception and steering while driving: the impact of image arousal and valence.Temporal cues derived from statistical patterns can overcome resource limitations in the attentional blink.Person perception informs understanding of cognition during visual search.Temporal cues and the attentional blink: a further examination of the role of expectancy in sequential object perception.Grapheme-color synaesthesia benefits rule-based Category learning.When two heads are better than one: Interactive versus independent benefits of collaborative cognition.Object trimming: When masking dots alter rather than replace target representations.
P50
Q28658420-5F98C093-0D13-437D-A659-869ED37BD4D7Q30040447-2302AC81-5D71-4421-9323-33E54AB92F11Q30473740-C3F1ACE1-F778-4EE4-A439-C933A87284B2Q30796686-D63AFE36-AA39-4269-81DE-7D4448DD4416Q30951628-D4A3E584-60C6-495F-A007-DC9D0A26A2C4Q33831347-3C630059-5057-46FE-9F67-7B2FF562A08BQ35855819-A001EA23-0DDD-41E0-93C3-2C77D2C2AD4DQ36966015-19ECADED-E0EF-41FC-A864-0DC4D5CB883DQ38422776-3A8B1636-441B-4268-BA90-8C1ED36F67AAQ38451309-56EE3006-054D-41AE-BFE4-5D5126163CC1Q38468540-00A26285-2C68-47BE-8470-1EAEFCC01B96Q40336285-F9C78A7B-630F-4DEB-9991-CC68EE010542Q41859506-7AE56C64-10FC-44F7-ACFE-C9E950602341Q44111504-04491C87-A87E-4539-9C62-14A393F5D0C1Q46043506-F03B5806-E010-49E5-B053-A2F09F339315Q46434454-ADFD8A4B-2171-4963-A333-8E0233609CD9Q46989823-3F1F4B97-F810-472E-9C4C-2D1AAAC5951EQ47834303-448129F1-FFF1-412B-9823-4DC1E0D12143Q47840295-F0510020-DF11-40E4-A582-714AE7925336Q47885619-E4A37B6E-AC3D-40FF-A835-1D8C0EAEFE49Q48114896-F3E8DECE-474C-4D5E-BC5E-F87CE2B3C77AQ48118908-CEE0E831-8DF9-4E19-B9A2-C9A949A57A32Q48174368-FCB625AD-2114-448C-A4D8-B4BD67C83C14Q48233883-46BFB326-C2DC-4826-9D30-ECB683F7A5C1Q48375074-F32DFE95-BB65-4577-A4D0-20EA971B6AF8Q48551180-4C268360-6B69-463A-ACB5-EEB1B9692978Q48638256-C7167C40-D265-4C69-B8C8-71FD04EFA36EQ48765986-0DF44D70-2995-4185-967F-DDFF36BA315DQ48827481-50587675-D26A-45E6-B8A3-4C86E9C06054Q48848088-1D80D8C5-299D-4EBB-80B7-2B2C0EA930E8Q50118897-276F23C0-091B-4A80-9DEB-DD45E61189DBQ50345795-80893F6D-DAF5-47F5-A730-D183D10D22A5Q50555783-497DC6DB-E354-44DE-9305-DBF717DB7FBAQ50593101-4C78E442-A540-414C-B8BD-7295985416F1Q50594576-6AB1033F-9CC7-482B-B061-2C32333A8CA4Q50626468-44BDA713-47AD-4A48-80A7-D236CE4DF95BQ50655084-CF4F39D1-7692-4F96-A67D-D1521557AC1BQ50797796-17C7FD2D-DB98-4AD4-873E-C40EB3F6BA0BQ51771422-6A6FE830-9B4B-4941-89F3-CBDD1DA8AC79Q51856664-BBD96490-607B-47AC-8AD8-4F810A095A19
P50
description
hulumtues
@sq
researcher
@en
ricercatore
@it
wetenschapper
@nl
հետազոտող
@hy
name
James T. Enns
@ast
James T. Enns
@en
James T. Enns
@es
James T. Enns
@nl
James T. Enns
@sl
type
label
James T. Enns
@ast
James T. Enns
@en
James T. Enns
@es
James T. Enns
@nl
James T. Enns
@sl
prefLabel
James T. Enns
@ast
James T. Enns
@en
James T. Enns
@es
James T. Enns
@nl
James T. Enns
@sl
P1006
P214
P244
P1006
P1053
O-7583-2017
P106
P1153
7005300992
P21
P213
0000 0001 1603 9821
P214
P244
P2456
P31
P3829
P496
0000-0002-3676-8316
P735
P7859
lccn-n85135757