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Poster Session E
Thursday, August 6, 10:30 am – 12:15 pm, Posters 1-22 are in Shorin Room, posters 23-103 are in Rosenthal Room
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E1 |
Data Diversity Drives the Emergence of Symbolic Mechanisms in LLMs |
Melody Zixuan Li |
Methods, Tools, Theory & Neural Coding |
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E2 |
Measuring the Representational Alignment of Neural Systems in Superposition |
David Klindt |
Methods, Tools, Theory & Neural Coding |
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E3 |
Theory of Mind Improves Multi-Agent Coordination: Accuracy Thresholds and Active Inference |
William Beaumaster |
Methods, Tools, Theory & Neural Coding |
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E4 |
Moving beyond the stimulus to encode subjective narrative experience in the human brain |
Sushmita Sadhukha |
Methods, Tools, Theory & Neural Coding |
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E5 |
Behavior and Autonomic Physiology Characterize Brain State Dynamics During Naturalistic Gameplay |
Yibei Chen |
Methods, Tools, Theory & Neural Coding |
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E6 |
Neural coding of complex behavior in humans: from widespread engagement to microtask tuning |
Yingxi Jin |
Methods, Tools, Theory & Neural Coding |
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E7 |
Recent Trial History Improves Encoding Models of Brain Responses During Emotional Video Viewing |
Shuzo Naruse |
Methods, Tools, Theory & Neural Coding |
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E8 |
Yujin Yun |
Methods, Tools, Theory & Neural Coding |
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E9 |
Integrated Representational Signatures Strengthen Specificity in Brains and Models |
Jialin Wu |
Methods, Tools, Theory & Neural Coding |
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E10 |
Partitioning Signal and Noise (PSN): A modality-general denoising technique for neural responses |
Jacob S. Prince |
Methods, Tools, Theory & Neural Coding |
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E11 |
Think-Aloud Reshapes Automated Cognitive Model Discovery Beyond Behavior |
Hanbo Xie |
Methods, Tools, Theory & Neural Coding |
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E12 |
Michael Nunez |
Methods, Tools, Theory & Neural Coding |
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E13 |
Max Dabagia |
Methods, Tools, Theory & Neural Coding |
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E14 |
A Reproducibility Framework for Subject-Level Alzheimer’s Decoding |
Adel Sahuc |
Methods, Tools, Theory & Neural Coding |
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E15 |
Daniel Pollak |
Methods, Tools, Theory & Neural Coding |
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E16 |
Yixing Wang |
Methods, Tools, Theory & Neural Coding |
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E17 |
The Right STS Responds Preferentially to Communicative Signals |
Emalie McMahon |
Methods, Tools, Theory & Neural Coding |
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E18 |
Multimodal Transformer Brain Encoder Captures fMRI Responses during Naturalistic Video Viewing |
Pinyuan Feng |
Methods, Tools, Theory & Neural Coding |
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E19 |
Tomoya Nakamura |
Methods, Tools, Theory & Neural Coding |
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E20 |
Making implicit assumptions of predictive processing explicit |
Alejandro Tabas |
Methods, Tools, Theory & Neural Coding |
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E21 |
Collision Avoidance and Food Distributions Shape Collective Fish Behavior |
Nathan Wu |
Methods, Tools, Theory & Neural Coding |
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E22 |
Reused representations and connectivity drive compositional generalization |
Iman A. Wahle |
Methods, Tools, Theory & Neural Coding |
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E23 |
Data symmetries can confound representational similarity analyses |
Farhad Pashakhanloo |
Methods, Tools, Theory & Neural Coding |
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E24 |
Flexible inference of history-dependent learning rules in de novo learning |
Yuhan Helena Liu |
Methods, Tools, Theory & Neural Coding |
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E25 |
Transitivity can redeem the reversal curse in attention models |
Yedi Zhang |
Methods, Tools, Theory & Neural Coding |
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E26 |
Harrison Ritz |
Methods, Tools, Theory & Neural Coding |
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E27 |
Nelu D. Radpour |
Methods, Tools, Theory & Neural Coding |
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E28 |
Aniruddh R Galgali |
Methods, Tools, Theory & Neural Coding |
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E29 |
Navneet Prakash |
Methods, Tools, Theory & Neural Coding |
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E30 |
Human Attention During Localization of Memory Bugs in C Programs |
Emory Michaels |
Methods, Tools, Theory & Neural Coding |
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E31 |
Representational drift dominates cross-session decoder degradation in mouse primary visual cortex |
Santiago Tobio |
Methods, Tools, Theory & Neural Coding |
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E32 |
Common Representation Similarity Metrics Have Dimension-Free Error Bounds |
Shujun Xiong |
Methods, Tools, Theory & Neural Coding |
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E33 |
HyperBrain-Sparta: A functional template for the human brain |
Ma Feilong |
Methods, Tools, Theory & Neural Coding |
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E34 |
Can Human Perceptual Similarity Alignment Improve Interpretability in Visual Representations? |
Julien Colin |
Methods, Tools, Theory & Neural Coding |
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E35 |
Decoding Second-Language Proficiency from Shared Network Representations Using PCA and ICA |
Onila R. N. M. Don |
Methods, Tools, Theory & Neural Coding |
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E36 |
Elif Akata |
Methods, Tools, Theory & Neural Coding |
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E37 |
Rebeca Ianov-Vitanov |
Methods, Tools, Theory & Neural Coding |
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E38 |
Zirui Chen |
Methods, Tools, Theory & Neural Coding |
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E39 |
Building a model of infant development using experience, brain, and behavior |
Cliona O'Doherty |
Development, Individual Differences & Clinical Populations |
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E40 |
From Empirical to Simulated Brains: Using Digital Twin Models to Identify Therapeutic Targets in MCI |
Jinyu Wang |
Development, Individual Differences & Clinical Populations |
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E41 |
Guang-Yu Deng |
Development, Individual Differences & Clinical Populations |
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E42 |
Gavin Gan |
Development, Individual Differences & Clinical Populations |
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E43 |
Silke Boulanger |
Development, Individual Differences & Clinical Populations |
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E44 |
Jaroslav Slobodskoy-Plusnin |
Development, Individual Differences & Clinical Populations |
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E45 |
A developmentally retained top-heavy bias for face perception in the adult pulvinar |
Xinyi Tang |
Development, Individual Differences & Clinical Populations |
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E46 |
Yu Zhang |
Development, Individual Differences & Clinical Populations |
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E47 |
Frederick Callaway |
Decision-Making, Cognitive Control & Event Cognition |
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E48 |
General Oscillations Theory Reveals Propagation Dynamics at Event Boundaries in Naturalistic Viewing |
Eunhee Ji |
Decision-Making, Cognitive Control & Event Cognition |
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E49 |
Balancing forward and backward reasoning, by studying the Gadget Game |
Katherine M. Collins |
Decision-Making, Cognitive Control & Event Cognition |
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E50 |
Reading Upper Body Movements Improves Prediction and Limits Deception in a Competitive Reaching Task |
Anna Filina |
Decision-Making, Cognitive Control & Event Cognition |
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E51 |
Low-Rank Temporal Factorization of Drift-Diffusion Dynamics Reveals Staged Evidence Integration |
JINGMING XUE |
Decision-Making, Cognitive Control & Event Cognition |
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E52 |
Caroline Lee |
Decision-Making, Cognitive Control & Event Cognition |
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E53 |
Large Language Models Infer Hidden Preferences from Gaze but Fail to Exploit Response Times |
Mrugsen Nagsen Gopnarayan |
Decision-Making, Cognitive Control & Event Cognition |
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E54 |
Human and LLM Alignment in Causal Reasoning for Narrative Events |
Xian Li |
Decision-Making, Cognitive Control & Event Cognition |
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E55 |
Dissecting Thalamic Uncertainty Management with Transcranial Ultrasound Stimulation |
Julian Q. Kosciessa |
Decision-Making, Cognitive Control & Event Cognition |
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E56 |
Daniel Feldman |
Decision-Making, Cognitive Control & Event Cognition |
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E57 |
Bonnie Yang |
Decision-Making, Cognitive Control & Event Cognition |
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E58 |
Brett A Hathaway |
Decision-Making, Cognitive Control & Event Cognition |
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E59 |
Perceptual Consciousness Facilitates Model-based Decision Making |
Chang Christina He |
Decision-Making, Cognitive Control & Event Cognition |
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E60 |
Memory Subspaces for Temporal Locations Across Timescales in the Monkey Precuneus |
Sze Chai Kwok |
Memory, Learning & Knowledge Structures |
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E61 |
Zhenglong Zhou |
Memory, Learning & Knowledge Structures |
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E62 |
Evidence for Efficient Coding of Naturalistic Images in Visual Short-Term Memory |
Kristin M. Dang |
Memory, Learning & Knowledge Structures |
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E63 |
Dynamics and generalization in kernel models of category learning |
Matteo Alleman |
Memory, Learning & Knowledge Structures |
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E64 |
Hippocampal representations of temporal context during visual statistical learning |
Wei Tang |
Memory, Learning & Knowledge Structures |
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E65 |
Simulating hippocampal-mPFC interactions with a mixture-of-experts model |
Dhairyya Singh |
Memory, Learning & Knowledge Structures |
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E66 |
Olesia Boiko |
Memory, Learning & Knowledge Structures |
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E67 |
Memory Consolidation sharpens fine-grained structural representations in auditory sequence learning |
Xiaoyue Zhou |
Memory, Learning & Knowledge Structures |
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E68 |
Hippocampal map-like knowledge transfer between spatial and abstract domains |
Raphael Kaplan |
Memory, Learning & Knowledge Structures |
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E69 |
Laureline Logiaco |
Memory, Learning & Knowledge Structures |
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E70 |
Eun Tack Cho |
Memory, Learning & Knowledge Structures |
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E71 |
Interleaved Learning Blurs Both Direct and Indirect Associative Memory |
Alexander Gordienko |
Memory, Learning & Knowledge Structures |
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E72 |
Jeffrey Qin |
Memory, Learning & Knowledge Structures |
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E73 |
The hippocampus represents abstract graph structure at multiple scales along its longitudinal axis |
Valerio Rubino |
Memory, Learning & Knowledge Structures |
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E74 |
Maoxin Xia |
Memory, Learning & Knowledge Structures |
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E75 |
Neural Encoding and Reinstatement of Multimodal Information during Naturalistic Viewing |
Jixing Li |
Memory, Learning & Knowledge Structures |
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E76 |
Replay Supports Both Future and Immediate Decisions by Updating a Successor Representation |
Shuheng Guo |
Memory, Learning & Knowledge Structures |
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E77 |
Predictive Latent Simulation as a Memory Retrieval Mechanism |
Yunzhe XU |
Memory, Learning & Knowledge Structures |
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E78 |
Amirhossein Farzmahdi |
Computational Models of Vision & Visual Cortex |
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E79 |
Eccentricity-Constrained CNN Training Reveals Adaptive Information Coding Around the Visual Field |
Dylan Matthew Diaz |
Computational Models of Vision & Visual Cortex |
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E80 |
Colin Conwell |
Computational Models of Vision & Visual Cortex |
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E81 |
Neural priority maps encode behavioral relevance independently across multiple attended locations |
Amelia H. Harrison |
Computational Models of Vision & Visual Cortex |
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E82 |
Temporal Dynamics of Spatial Frequencies in Visual Word, Object, and Place Recognition |
Clémence Bertrand Pilon |
Computational Models of Vision & Visual Cortex |
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E83 |
Chelsea B. Kim |
Computational Models of Vision & Visual Cortex |
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E84 |
Emergent Eye Movements for Scene Understanding in a Model of Ventral and Dorsal Visual Processing |
Alexander Kroner |
Computational Models of Vision & Visual Cortex |
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E85 |
During natural vision, semantic novelty modulates fixation-related processing in primate cortex |
Vinay S Raghavan |
Computational Models of Vision & Visual Cortex |
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E86 |
Tahereh Toosi |
Computational Models of Vision & Visual Cortex |
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E87 |
Graded Representation of Feature Salience in Neural Feature Dimension Maps |
Daniel Thayer |
Computational Models of Vision & Visual Cortex |
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E88 |
Towards Modeling Recurrence in Biological Vision with Recurrent Vision Transformers |
Brian S Robinson |
Computational Models of Vision & Visual Cortex |
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E89 |
State-Dependent Organization of Microscale Functional Circuitry in Mouse Visual Cortex |
Rahul Biswas |
Computational Models of Vision & Visual Cortex |
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E90 |
The Latent Dimensions Supporting Dynamic Social Scene Perception |
Kathy Garcia |
Computational Models of Vision & Visual Cortex |
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E91 |
A deeper look into occlusion types and their impacts on object recognition models |
Courtney M King |
Computational Models of Vision & Visual Cortex |
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E92 |
Evidence for Object-centric Association Fields in Human Visual Cortex |
Hossein Adeli |
Computational Models of Vision & Visual Cortex |
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E93 |
Scaling Behavioral Probes of Face Processing: Inversion and Thatcher Effects in Deep Networks |
Srijani Saha |
Computational Models of Vision & Visual Cortex |
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E94 |
Geometric Constraints in the Development of Primate Extrastriate Visual Cortex |
Hyunju Kim |
Computational Models of Vision & Visual Cortex |
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E95 |
Local Texture Statistics are Sufficient for Category-level Contingent Capture |
Yuhan Shi |
Computational Models of Vision & Visual Cortex |
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E96 |
Junru Zhao |
Computational Models of Vision & Visual Cortex |
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E97 |
Performance Matters More Than You Think: A Saturation-Effect Resolution to the Predictivity Debate |
Khaled Jedoui Al-Karkari |
Computational Models of Vision & Visual Cortex |
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E98 |
Toward a Shared Sensorimotor Language: Affordances in a Global Workspace |
Yusuf Helal |
Computational Models of Vision & Visual Cortex |
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E99 |
Reading & Writing Visual Cortex: Sparse Autoencoders as a Semantic Interface to the Brain |
Mario Serrafero |
Computational Models of Vision & Visual Cortex |
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E100 |
Kexin Cindy Luo |
Computational Models of Vision & Visual Cortex |
