Modulation of Baseline Activity and Associated Receptive Field Dynamics in the Human Visual Cortex via Transcranial Direct Current Stimulation

Ahn, Jeongyeol

Spatial Vision: Neural mechanisms

3D Depth-invariant Learned Spatial Suppression

Chang, Seah

Attention: Visual search

Global perceptual organization attaches target position to the reference frame in the frame effect.

Jiaheng, Xu

Spatial Vision: Models

All Eyes on the Animals: Animacy Guides Visual Attention

Yucer, Ece

Attention: Capture

The oddball effect extends to dynamic stimuli  Undergraduate Just-In-Time Submission

Triplett, Ian

Undergraduate Just-In-Time 2

How does the early visual cortex cope with mesopic conditions? Evidence for compensatory mechanisms in cortical spatial summation and surround suppression

Klimova, Michaela

Spatial Vision: Neural mechanisms

Do Implicit Color-Emotion Associations Modulate Distractor Suppression?

Secrest, William

Attention: Visual search

Stimulus-Dependent Variability in Population Receptive Field Mapping

Windischberger, Christian

Spatial Vision: Models

Attentional capture vs. attentional bias: Novel evidence for the Priority Accumulation Framework and dissociation between exogenous and endogenous control of overt attention.

Sasi, Mor

Attention: Capture

The effects of prioritization on the allocation of attention  Undergraduate Just-In-Time Submission

Juffe, Mimi

Undergraduate Just-In-Time 2

Does Inhibition of Return Care About Spatial Frequency ?

Lougen, Daniel

Attention: Capture

Neural and behavioural effects of visuomotor stimulation during dual response task

Costanzo, Raffaele

Spatial Vision: Neural mechanisms

From Capture to Control: Initial Capture Leads to Learned Suppression

Zhang, Yue

Attention: Visual search

Validating run-to-run variability simulations for population receptive fields (pRF) mapping

Mittal, Siddharth

Spatial Vision: Models

Predicting individual differences in visual search using measures of attentional breadth and saccadic inhibition  Undergraduate Just-In-Time Submission

Stewart, Bradley F

Undergraduate Just-In-Time 2

The spatial area that masks a stimulus is largely independent of spatial frequency and eccentricity

Hassan, Aqsa

Spatial Vision: Models

Ignoring salient distractors inside of the attentional window

Ma, Xiaojin

Attention: Visual search

Electrophysiological markers of distractor suppression are interactively shaped by search mode and distractor salience

Duncan, Dock

Attention: Capture

Situating Redundancy Masking in the visual pathways

Gomes Tomaz, Ângela

Spatial Vision: Neural mechanisms

Attention to color and orientation spread globally to a similar extent  Undergraduate Just-In-Time Submission

Indenberga, Nora

Undergraduate Just-In-Time 2

Orientation Tuning of Contrast-Sensitive Mechanisms: Insights from Individual Differences

Peterzell, David H.

Spatial Vision: Models

Investigating the Temporal Dynamics of LTM-to-VWM Reinstatement During Visual Search

Kespe, Jessica

Attention: Visual search

How Statistical is “Statistically-Learned” Distractor Suppression?

Stilwell, Brad T.

Attention: Capture

Foveal visual acuity and the jitter aftereffect

Sigda, Lauren

Spatial Vision: Neural mechanisms

Cueing color but not orientation effectively guides visual search with heterogeneous distractors  Undergraduate Just-In-Time Submission

Oh, Seeun

Undergraduate Just-In-Time 2

ssVEP-based estimation of contrast sensitivity, visual acuity and orientation sensitivity further supports the absence of a common factor in vision

Morea, Martina

Spatial Vision: Neural mechanisms

Selection history upweights and downweights attentional priority without modulating perceived salience

McKinney, Molly R.

Attention: Visual search

A “back-pocket” model of V1 orientation processing predicts curvature blindness

Dakin, Steven

Spatial Vision: Models

Optimizing memory task ratio and disentangling precision and guidance

Kaynar, Mihrican Yaren

Attention: Capture

The capacity of active attentional templates: testing the single-template vs multiple-template Hypotheses  Undergraduate Just-In-Time Submission

George, Sydney

Undergraduate Just-In-Time 2

Alpha-Band Phase Modulates Perceptual Sensitivity by Reducing Internal Noise

Pilipenko, April

Spatial Vision: Models

Individual differences in vision: variability rather than noise

Herzog, Michael

Spatial Vision: Neural mechanisms

Salience does not always equal distraction

York, A. Kane

Attention: Capture

What is feature-general suppression and do people actually use it?

Savelson, Isaac

Attention: Visual search

Irrelevant features of delay-period memory targets cause visual working memory distortions.  Undergraduate Just-In-Time Submission

Miller, Ryan

Undergraduate Just-In-Time 2

The Role of Predictive Processing and Perceptual Load in Selective Visual Attention: An Examination with Semantically Salient and Less Salient Distractors

Urgen, Burcu A.

Attention: Capture

Proactive control prevents salience-driven attention capture in a cued go/no-go search task

McDonald, John

Attention: Visual search

Spatiofeatural receptive field modeling of primate IT cortex neurons

Jagadeesh, Akshay V

Spatial Vision: Models

Orientation columns in V1 cannot be detected with fMRI at 0.6 mm resolution

Olman, Cheryl

Spatial Vision: Neural mechanisms

Using general recognition theory to characterize feature binding in visual working memory  Undergraduate Just-In-Time Submission

Dungan, Madilyn

Undergraduate Just-In-Time 2

Stronger visual surround suppression under psilocybin: A psychophysical and EEG pilot study

Schallmo, Michael-Paul

Spatial Vision: Neural mechanisms

Using Contingent Capture to Identify the Mechanism of Learned Relevance on Attention

Carlisle, Nancy

Attention: Capture

Searched but never found: Attentional control settings are pruned based on interactions with the external environment

Joubran, Samantha

Attention: Visual search

The perception of countability: A case study of ‘mental affordances’  Undergraduate Just-In-Time Submission

Milman, Lana

Undergraduate Just-In-Time 2

Exploring Individual Differences in Reliance on AI-Assisted Visual Search

Bancilhon, Melanie

Attention: Visual search

Contrast impacts population heterogeneity of orientation tuning in V1

Emerson, Joseph

Spatial Vision: Neural mechanisms

Selective attention by contextual spatiotemporal regularities  Undergraduate Just-In-Time Submission

Chiu, Kaiki

Undergraduate Just-In-Time 2

Tracking the capacity bottleneck in multiple-colour search

Wang, Ziyi

Attention: Visual search

Orientation Decoding from Neuronal Populations in Macaque V1: An External Noise Investigation

Yu, Cong

Spatial Vision: Neural mechanisms

Can artificial intelligence eliminate the need for eye tracker calibration in both screen-based and walking tasks?  Undergraduate Just-In-Time Submission

Aje, Elizabeth

Undergraduate Just-In-Time 2

The Influence of Working Memory Load on Visual Search and Quitting Behavior  Undergraduate Just-In-Time Submission

Feuzeu Mekoue, Laurielle Kelly

Undergraduate Just-In-Time 2

Early quitting in visual search: How different cueing methods influence performance  Undergraduate Just-In-Time Submission

Mbithi, Idah

Undergraduate Just-In-Time 2

How does effort avoidance relate to the strategic use of attentional control?  Undergraduate Just-In-Time Submission

Kuthe, Saachi

Undergraduate Just-In-Time 2

Measuring Affective Processing Through Pupil Dynamics During Context-Based Emotion Perception  Undergraduate Just-In-Time Submission

Lopez, Jasmine

Undergraduate Just-In-Time 2

Frequency Over Time Matters: Temporal Exposure Shapes Implicit Familiarity  Undergraduate Just-In-Time Submission

Chainiyom, Thiti

Undergraduate Just-In-Time 2

Flicker and Reading: Does the Phantom Array Impair Reading?  Undergraduate Just-In-Time Submission

Hulsey, Sidney K

Undergraduate Just-In-Time 2

Convolutional neural networks lack human-level robustness at recognizing reversed-contrast and two-tone Mooney faces  Undergraduate Just-In-Time Submission

Zhao, Zelin (Linda)

Undergraduate Just-In-Time 2

Metacognitive ability limits visual attentional control  Undergraduate Just-In-Time Submission

Trowbridge, Sydney

Undergraduate Just-In-Time 2

Metacognitive Practice Induces Conservative Response Biases  Undergraduate Just-In-Time Submission

Vegas, Owen

Undergraduate Just-In-Time 2

Luminance-matching in pupillometry is not enough: The curious case of orientation.  Undergraduate Just-In-Time Submission

Parrella, Matthew

Undergraduate Just-In-Time 2

Portable Psychophysics: Measuring Visual Crowding with the Apple Vision Pro  Undergraduate Just-In-Time Submission

Dowd, Kaila

Undergraduate Just-In-Time 2