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| | The exclusive rate for our attendees is '''$<PRICE> per night''' (Tax not included in listed price). | | The exclusive rate for our attendees is '''$<PRICE> per night''' (Tax not included in listed price). |
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| | '''Please make sure to book by <DATE>.''' | | '''Please make sure to book by <DATE>.''' |
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| | ! | '''Poster session 1''' || '''Poster session 2''' | | ! | '''Poster session 1''' || '''Poster session 2''' |
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| − | | '''Aakash Sarkar''' ''(Boston University)'': Neurally inspired Deep networks with Laplace Neural Manifolds can show Temporal Receptive Windows || '''David Andrew Zarrin''' ''(NIH)'': The Effect of Real-time Ripple Oscillation Interference on Human Memory Retrieval | + | | '''<NAME>''' ''(<SCHOOL>)'': <TITLE> || '''<NAME>''' ''(<SCHOOL>)'': <TITLE> |
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| − | | '''Abigail Mundorf''' ''(Michigan State University)'': Is organization decided at encoding? Effects of encoding and retrieval strategies. || '''Katherine Aboud''' ''(Vanderbilt University)'': The Role of Temporal and Semantic Factors in Encoding and Recall of Expository Text
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| − | | '''Adam Osth''' ''(The University of Melbourne)'': A global similarity model of choice and response times of semantic and perceptual false memories in the Deese-Roediger-McDermott paradigm || '''Kelsey Sundby''' ''(NINDS)'': Testing the role of the subthalamic nucleus in memory-guided decisions
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| − | | '''Aditya Rao''' ''(University of Pennsylvania)'': Synchronous theta networks characterize successful memory retrieval || '''Linda Hoffman''' ''(Temple University)'': Charting the Hippobellum: Dissection of Cerebellar-Hippocampal Connectivity
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| − | | '''Ami Falk''' ''(University of Virginia)'': Detecting Heterogeneous Cognitive Strategies in Episodic Memory Tasks || '''Lucy Owen''' ''(Brown University)'': High-level cognition is supported by information-rich but compressible brain activity patterns
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| − | | '''Anup Das''' ''(Columbia University)'': Planar, Spiral, and Concentric Traveling Waves Distinguish Cognitive States in Human Memory || '''Luke Pemberton''' ''(Boston University)'': Compressed conjunctive temporal representation of what and when in primary visual cortex
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| − | | '''Augustin C. Hennings''' ''(Princeton University)'': Eye movements reveal the dynamics of memory reactivation supporting successful memory suppression || '''Lynn Lohnas''' ''(Syracuse University)'': Bridging retrieved context models across serial recall and free recall
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| − | | '''Austin Greene''' ''(University of Virginia)'': A general and light spatial associative learning task for wide-scale application || '''Mason McClay''' ''(UCLA)'': Using a novel web app to examine dynamic emotional states and their relation to depression and trauma symptoms
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| − | | '''Blake L. Elliott''' ''(Temple University)'': Hippocampal novelty signals dynamically predict goal relevant VTA activation. || '''Maya Geva-Sagiv''' ''(University of California, Davis, California)'': Hippocampal-prefrontal interactions underlying memory processes during goal-search in humans
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| − | | '''Brian Winston''' ''(Johns Hopkins University)'': Effects of Psilocybin at Encoding on Recall of Naturalistic Stimuli || '''Md Rysul Kabir''' ''(Indiana University)'': Making Deep Neural Networks scale-invariant using cognitive models
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| − | | '''Buddhika Bellana''' ''(York University, Glendon Campus)'': A distinctive role of deep processing on the persistence of recent experiences in spontaneous thought. || '''Michelle A. Dollois''' ''(University of Guelph)'': Modelling the underlying mechanisms of sequential dependencies in recognition memory
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| − | | '''Charlotte Cornell''' ''(Rutgers University-New Brunswick)'': Improving Memory Search Through Model-Based Cue Selection || '''Muhammad Bilal Khan''' ''(University of Alberta)'': Judgements of spacing without reminding
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| − | | '''Chenyu Wang''' ''(Boston University)'': Time cells for future actions in monkey PFC || '''Nathaniel R. Greene''' ''(University of Pennsylvania)'': New Perspectives on Age-Related Declines in Episodic Memory Specificity
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| − | | '''Chong Zhao''' ''(University of Chicago)'': Attention Control Differences Predict Both Source and Recognition Memory Performance || '''Neal W Morton''' ''(University of Wisconsin–Milwaukee)'': Memory search dynamics reflect retrieval of semantic context
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| − | | '''Christopher Hall''' ''(University of Virginia)'': Towards a Neurally Viable Computational Model of Continuous Recognition || '''Neomi Mizrachi''' ''(Weizmann Institute of Science)'': Gaze scan-paths are part of recall strategy in context dependent memory
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| − | | '''Cody Dong''' ''(Princeton University)'': Strategic Control of Episodic Memory Retrieval During Story Reading || '''Nick Ichien''' ''(University of Pennsylvania)'': Relations in semantic memory search
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| − | | '''Daniella Rafla''' ''(University of Pennsylvania)'': Organizational Dynamics of Memory Across Days || '''Nikolaus Salvatore''' ''(Rutgers University)'': Parallels between Neural Machine Translation and Human Memory Search: A Cognitive Modeling Approach
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| − | | '''David F Gregory''' ''(Temple University)'': Arousal and neural circuity of temporal distance during horror movie watching. || '''Pierce C. Johnson''' ''(University at Albany, SUNY)'': Statistical Learning: The Formation of Musical Preferences
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| − | | '''Devyn Smith''' ''(University of Virginia)'': Multivariate decoding of memory retrieval feedback signals || '''Rebecca Waugh''' ''(University of Virginia)'': Whole brain connectomics in episodic memory: neural correlates of the Continuous Associative Binding task
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| − | | '''Elita Lee''' ''(Princeton University)'': Learning with caricatures facilitates discrimination of similar stimuli || '''Riley DeHaan''' ''(University of Pennsylvania)'': Predicting the Effects of Brain Stimulation from Observational Data
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| − | | '''Geoffrey Ward''' ''(University of Essex)'': Effects of repetition, rehearsal, and a filled delay on free and serial recall. || '''Ryan A. Colyer, Jerome D. Hoover, and Alice F. Healy''' ''(University of Pennsylvania, University of Massachusetts Amherst, and University of Colorado Boulder)'': Large Language Model Simulation of Human Responses to Bat-and-Ball Problems
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| − | | '''Haydn Herrema''' ''(University of Pennsylvania)'': Phonetic Features of Free Recall || '''Ryan Kirkpatrick''' ''(NIH/NINDS)'': Investigating the latent representations of encoded and retrieved memories in the anterior temporal lobe
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| − | | '''Hemali Angne''' ''(Rutgers University-New Brunswick)'': Why Two Heads Together are Worse Than Apart: A Context-Based Account of Collaborative Inhibition in Memory Search || '''Sameer Sabharwal-Siddiqi''' ''(University of Arizona)'': Hippocampus is Important for Representational Precision of Public Event Memories Regardless of Their Age
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| − | | '''James Mochizuki-Freeman''' ''(Indiana University Bloomington)'': Incorporating a cognitive model for evidence accumulation into deep reinforcement learning agents || '''Sean Polyn''' ''(Vanderbilt University)'': An instance-based retrieved-context theory of memory search in free recall
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| − | | '''Jennifer Fiedler''' ''(UNC Chapel Hill)'': Repeating Contexts Enhances Episodic Memory Updating by Promoting Remindings and Integrative Encoding. || '''Soroush Mirjalili''' ''(University of Texas at Austin)'': More than sum of its parts: investigating episodic memory as a multidimensional cognitive process
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| − | | '''Jiang Mao''' ''(University of Pennsylvania)'': The cost of stimulus encoding and maintenance in perceptual working memory || '''Tamara Gedankien''' ''(Columbia University)'': Cholinergic modulation of human hippocampal oscillations during encoding and retrieval
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| − | | '''Jie Sun''' ''(The University of Melbourne)'': The Late Positive Event-Related Potential Component is Time-Locked to the Decision in Recognition Memory Tasks || '''Tankut Can''' ''(Institute for Advanced Study, Princeton University)'': Large-Scale Study of Human Memory for Narratives using Large Language Models
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| − | | '''Jordan Gunn''' ''(Vanderbilt University)'': Some Problems for the Retrieved Context Account of Repetition and Spacing Effects || '''Taylor Chamberlain''' ''(Columbia University)'': Conjunctive encoding representations in expert and novice users of the ''Method of Loci'' mnemonic technique
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| − | | '''Joseph Kahana''' ''(The Haverford School)'': Neural Decoding of Anticipation || '''Uma Mohan''' ''(NIH/NINDS)'': Modeling and predicting neural responses to multisite direct electrical brain stimulation in humans
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| − | | '''Joseph Sommer''' ''(Rutgers University)'': Order-Constrained Models of Memory || '''Xinming Xu''' ''(Dartmouth College)'': Modeling the knowledge asymmetry of the past and the future
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| | ==Abstract Submission== | | ==Abstract Submission== |
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| − | We are no longer accepting abstract submissions as the deadline was Monday, February 5th, 2024. | + | We are no longer accepting abstract submissions as the deadline was <DATE>. |
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| | The committee is currently reviewing the submissions and the decisions will soon be posted. | | The committee is currently reviewing the submissions and the decisions will soon be posted. |
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| | == Registration == | | == Registration == |
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| − | '''Registration deadline: May 10th, 2024''' | + | '''Registration deadline: <DATE>''' |
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| − | [https://forms.gle/2nAKWHgfpZ5jMqqq6 Click here to register] | + | [https://urldefense.com/v3/__https://docs.google.com/forms/d/e/1FAIpQLSesR0jm2AUi0TCNhgIdTTNVSZqSPBKwRH2I7c3v2kI3aVH4PA/viewform?usp=header__;!!IBzWLUs!SHVKY4vIdqAC8HhYJNpT_IlSADfx_h8cNfgxznLeDPjpqKnByVH7QWNXvPo6S19GmD3GREwrx9FNcJc_RAMZhmOv$ Click here to register] |
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| | Registration prices were as follow: | | Registration prices were as follow: |
The 2026 Context and Episodic Memory Symposium (CEMS) took place at the Logan Hotel in Philadelphia, on <DATE>.
The venue for CEMS 2026 was <LINK>, located in Philadelphia, Pennsylvania. Click <LINK> to view the location on Google Maps.
Poster details: boards, easels, and pins will be provided, size: 40"x60" (landscape).
