|
Abstract#
|
Poster Title
|
First Author
|
Session
| |
36.451
|
The object as the unit for state switching in visual working memory
|
Zhu, Shengnan
|
Visual Memory: Working memory and objects, features
|
|
36.463
|
Object center of mass predicts endpoints for free-hand pointing in virtual reality
|
Schuetz, Immo
|
Action: Reach, grasp, track
|
|
36.431
|
“Repulsive-followed-by-attractive” past-present neural interactions underlie serial dependence
|
Zhang, Huihui
|
Visual Memory: Working memory and neural mechanisms, models, decision making
|
|
36.401
|
Multivariate analysis of structure-function-behavior relations supporting face recognition behavior in autistic and non-autistic adolescents
|
Qian, Yiming
|
Face and Body Perception: Neural mechanisms 1
|
|
36.411
|
Aftereffects following adaptation to face mental images
|
Salvas-Hébert, Mathias
|
Face and Body Perception: Neural mechanisms 2
|
|
36.442
|
The pupil and the mind’s eye: Portable pupillometry captures robust responses to imaginary light
|
McPhee, Michael
|
Visual Memory: Imagery
|
|
36.421
|
Examining spontaneous neural activity patterns in developmental prosopagnosia using resting state EEG
|
Mishra, Maruti
|
Face and Body Perception: Development, experience
|
|
36.452
|
Chunking as an object: What comes together, goes together
|
Poungtubtim, Chattarin
|
Visual Memory: Working memory and objects, features
|
|
36.443
|
Pupillary Response in Visual Imagery
|
Hon, Sin Wan Sharon
|
Visual Memory: Imagery
|
|
36.412
|
An Efficient Multimodal fMRI Localizer for High-Level Visual, Auditory, and Cognitive Regions in Humans
|
Hutchinson, Samuel
|
Face and Body Perception: Neural mechanisms 2
|
|
36.422
|
Like adults, children cannot distinguish between AI-synthesized faces from real ones but exhibit a response bias toward synthesized faces
|
Chien, Sarina Hui-Lin
|
Face and Body Perception: Development, experience
|
|
36.402
|
N170 and N250 sensitivity to diagnostic facial information during whole-face recognition
|
Audette, Pierre-Louis
|
Face and Body Perception: Neural mechanisms 1
|
|
36.464
|
Measuring conscious monitoring and metacognition at the start, middle and end of a reaching movement
|
Oancea, Gabriela
|
Action: Reach, grasp, track
|
|
36.432
|
Serial dependence in visual working memory could improve representational precision without our awareness
|
Chiu, Jenny W.S.
|
Visual Memory: Working memory and neural mechanisms, models, decision making
|
|
36.444
|
Assessing Visual Mental Imagery in Cerebral Visual Impairment
|
Manley, Claire E.
|
Visual Memory: Imagery
|
|
36.433
|
Visual working memory load persists during the comparison phase
|
Zhao, Chong
|
Visual Memory: Working memory and neural mechanisms, models, decision making
|
|
36.453
|
Distractor control facilitates an integration of target features in visual working memory
|
Lee, Hansol
|
Visual Memory: Working memory and objects, features
|
|
36.413
|
Behavioural and ERP correlates of eye-movement patterns in face perception
|
Zhong, Nianzeng
|
Face and Body Perception: Neural mechanisms 2
|
|
36.403
|
Neural correlates of familiar face recognition do not benefit from colour information
|
Wiese, Holger
|
Face and Body Perception: Neural mechanisms 1
|
|
36.423
|
The relative contribution of face and body for person recognition in infancy
|
Kobayashi, Megumi
|
Face and Body Perception: Development, experience
|
|
36.465
|
Effects of sensorimotor adaptation on confidence
|
Fassold, Marissa
|
Action: Reach, grasp, track
|
|
36.434
|
Flexible allocation of visual selection and action planning during visual working memory
|
Nasrawi, Rose
|
Visual Memory: Working memory and neural mechanisms, models, decision making
|
|
36.424
|
Does confidence predict face-identification accuracy for same-race and other-race faces?
|
Jeckeln, Geraldine
|
Face and Body Perception: Development, experience
|
|
36.404
|
Race shapes rapid neural face categorization
|
Schaller, Pauline
|
Face and Body Perception: Neural mechanisms 1
|
|
36.414
|
Concurrent face-selective neural activity across the ventral occipitotemporal cortex revealed with human intracerebral recordings
|
Jacques, Corentin
|
Face and Body Perception: Neural mechanisms 2
|
|
36.454
|
Iconic Memory is not a Feature Soup
|
Catington, Mary
|
Visual Memory: Working memory and objects, features
|
|
36.445
|
Can we predict vividness from the characteristics of imagined images? A novel database featuring vividness judgments of the Natural Scene Dataset
|
Landry, Catherine
|
Visual Memory: Imagery
|
|
36.466
|
Rapid adaptation to acceleration during interceptive hand movements
|
Kreyenmeier, Philipp
|
Action: Reach, grasp, track
|
|
36.405
|
Simultaneous activation of multiple face representations
|
Lidborg, Linda H.
|
Face and Body Perception: Neural mechanisms 1
|
|
36.435
|
The Dynamics of Visual Working-Memory Partial-Update Depends on Set-size and Spatial Layout
|
Wang, Shaoying
|
Visual Memory: Working memory and neural mechanisms, models, decision making
|
|
36.415
|
Cross-validating the neurofunctional electrophysiological markers of early face categorization
|
Stacchi, Lisa
|
Face and Body Perception: Neural mechanisms 2
|
|
36.467
|
“Automatic” online corrections during a reaching task are associated with individual differences in executive function.
|
Striemer, Christopher L.
|
Action: Reach, grasp, track
|
|
36.425
|
Examining the role of facial expressions in unfamiliar face recognition
|
Vyas, Shruti
|
Face and Body Perception: Development, experience
|
|
36.446
|
Decoding sound content in early visual cortex of aphantasic individuals
|
Montabes de la Cruz, Belen M.
|
Visual Memory: Imagery
|
|
36.455
|
Task-irrelevant motion information modulates working memory representations
|
Gamba, Johan A.
|
Visual Memory: Working memory and objects, features
|
|
36.447
|
Neural entrainment to imagined rhythms in individuals with proficient imagery ability
|
Jiang, Fang
|
Visual Memory: Imagery
|
|
36.468
|
Minimal influence of suppressed distractors on reaching movements
|
Ahn, Shinhae
|
Action: Reach, grasp, track
|
|
36.426
|
Fast readout of identity-related information in multiple images after incidental learning
|
Cho, Jieun
|
Face and Body Perception: Development, experience
|
|
36.406
|
The neural basis of human unfamiliar face identity recognition with fMRI frequency-tagging
|
Laurent, Marie-Alphée
|
Face and Body Perception: Neural mechanisms 1
|
|
36.436
|
The oblique effect in visual working memory is enhanced by distraction, regardless of tDCS manipulations
|
Yörük, Harun
|
Visual Memory: Working memory and neural mechanisms, models, decision making
|
|
36.456
|
Object-location binding in visual working memory prevents effective updating
|
Lout, Eva
|
Visual Memory: Working memory and objects, features
|
|
36.416
|
Dynamics of Face Perception: Unraveling the Role of Eyes and Mouth in Neural Processing
|
Gunindi, Yasemin
|
Face and Body Perception: Neural mechanisms 2
|
|
36.427
|
Faster categorization of the majority-race faces in a multiracial society
|
Or, Charles C.-F.
|
Face and Body Perception: Development, experience
|
|
36.448
|
Visual cortical contributions to emotional imagery
|
Cao, Lily
|
Visual Memory: Imagery
|
|
36.417
|
Effective connectivity of the human cortical face network through concurrent intracerebral electrical stimulation and frequency-tagged visual presentation
|
Angelini, Luna
|
Face and Body Perception: Neural mechanisms 2
|
|
36.469
|
An inhibitory mechanism prevents outdated actions of eye and hand movements
|
Kuper, Clara
|
Action: Reach, grasp, track
|
|
36.437
|
High resolution imaging of the human prefrontal cortex during working memory
|
Lu, Zhengang
|
Visual Memory: Working memory and neural mechanisms, models, decision making
|
|
36.457
|
Strategically choosing between resetting and updating processes in visual working memory.
|
Friedman, Shani
|
Visual Memory: Working memory and objects, features
|
|
36.407
|
Unraveling the Neural Code for Real Life Facial Expression Perception
|
Alreja, Arish
|
Face and Body Perception: Neural mechanisms 1
|
|
36.470
|
Bayesian inference of perceptual uncertainty, behavioral costs, and prior beliefs for continuous perception-action tasks
|
Niehues, Tobias F.
|
Action: Reach, grasp, track
|
|
36.428
|
How the learning of unfamiliar faces is affected by their similarity to already-known faces
|
Atkinson, Maddie
|
Face and Body Perception: Development, experience
|
|
36.458
|
A Change Localization Benefit for Mixed Arrays Over Uniform Arrays
|
Adekoya, Temilade
|
Visual Memory: Working memory and objects, features
|
|
36.408
|
Wavelet-based image decomposition affects SSVEP signal amplitude for face identification
|
Lamontagne, Jérémy
|
Face and Body Perception: Neural mechanisms 1
|
|
36.438
|
Interactions Between Visual Working Memory and Face Perception
|
Paranjape, Sanika
|
Visual Memory: Working memory and neural mechanisms, models, decision making
|
|
36.418
|
Exploring Visual Strategies and their Electrophysiological Correlates in Same and Other-Race Face Processing
|
Charbonneau, Isabelle
|
Face and Body Perception: Neural mechanisms 2
|
|
36.449
|
Unveiling Mental Imagery: Enhanced Mental Images Reconstruction using EEG and the Bubbles Method
|
Lamy-Proulx, Audrey
|
Visual Memory: Imagery
|
|
36.419
|
Face-related activity in superior colliculus and temporal cortex of primates
|
Yu, Gongchen
|
Face and Body Perception: Neural mechanisms 2
|
|
36.459
|
Comparing representational structures for simple and complex stimuli in visual working memory
|
Longoria-Valenzuela, Isabella
|
Visual Memory: Working memory and objects, features
|
|
36.450
|
Building compositional memories and imagery from disentangled latent spaces in an autoencoder
|
Wyble, Brad
|
Visual Memory: Imagery
|
|
36.429
|
Physically blurred faces are more recognizable at a distance
|
Yuan, Lei
|
Face and Body Perception: Development, experience
|
|
36.409
|
Where in the brain are face form and motion encoded independently?
|
Soto, Fabian A.
|
Face and Body Perception: Neural mechanisms 1
|
|
36.471
|
Lighting conditions affect the selection of contact points when grasping complex 3D shapes
|
Derzsi, Zoltan
|
Action: Reach, grasp, track
|
|
36.439
|
The Art of Remembering: Applying Visual Design Principles to Memory
|
Rafiei, Mohsen
|
Visual Memory: Working memory and neural mechanisms, models, decision making
|
|
36.430
|
The importance of conceptual knowledge when learning new faces during naturalistic viewing
|
Noad, Kira
|
Face and Body Perception: Development, experience
|
|
36.460
|
Exploring the relationship between fluid intelligence and visual working memory for simple features vs. real-world objects
|
Shlipak, Kaira
|
Visual Memory: Working memory and objects, features
|
|
36.440
|
Attractor dynamics in morph-shape working memory in macaque prefrontal cortex
|
Dang, Wenhao
|
Visual Memory: Working memory and neural mechanisms, models, decision making
|
|
36.420
|
Language model prediction of visual cortex responses to dynamic social scenes
|
McMahon, Emalie
|
Face and Body Perception: Neural mechanisms 2
|
|
36.410
|
Judging the perceptual similarity of own- and other-race faces
|
Lall, Megan
|
Face and Body Perception: Neural mechanisms 1
|
|
36.472
|
Object Affordances through the window of Verb Usage Patterns and Behavior
|
Vaziri-Pashkam, Maryam
|
Action: Reach, grasp, track
|
|
36.461
|
Highly memorable images are easier to perceive
|
Deng, Will
|
Visual Memory: Working memory and objects, features
|
|
36.473
|
Visual uncertainty about target and cursor in a continuous psychophysics task differently affect tracking performance
|
Straub, Dominik
|
Action: Reach, grasp, track
|
|
36.441
|
EEG-based decoding of shapes and their categories in visual working memory
|
Printzlau, Frida
|
Visual Memory: Working memory and neural mechanisms, models, decision making
|
|
36.474
|
Virtual Reality, real information for action and perception? A VR study.
|
Foglino, Caterina
|
Action: Reach, grasp, track
|
|
36.462
|
The creation of artwork reveals temporal and spatial properties of memorability
|
Davis, Trent M.
|
Visual Memory: Working memory and objects, features
|
