Posters

Instructions for presenters: The maximum size of posters is 44'' x 60'' (height x width). The below list shows all submissions that were accepted as posters, grouped by topics. Please attach your poster to the assigned poster board number. Please put your poster up during the morning break and remove it during the afternoon break. Posters left up at the end of the afternoon break will be discarded. 

DAY 1 (Thursday November 13th)

Emotion and Social (Posters A1-A5)

• [A1] Gelana Tostaeva (Icahn School of Medicine at Mount Sinai): "Human Hippocampal Neurons Track Abstract Social Locations"

• [A2] Joel Berger (University of Iowa): "The human insula reimagined: Single neurons respond to simple sounds during passive listening"

• [A3] Lekha Varisa (Barrow Neurological Institute): "Subcortical single unit coding underlying affective flexibility in humans"

• [A4] Tony X. Liu (Stanford University): "Conserved brain-wide emergence of emotional response from sensory experience in humans and mice"

• [A5] Yingjie Qin (University Hospital Bonn, Germany): "Fear conditioning and extinction modulates single unit activity in the human medial temporal lobe and prefrontal cortex"

Executive function / Decision-making (Posters A6-A15)

• [A6] Aniek Fransen (Caltech; Cedars-Sinai Medical Center): "Distinguishing Stimulus vs. Action-Based Value Representations in the Human Brain."

• [A7] David Bonda (Cedars-Sinai Medical Center): "Single neuron dynamics of cognitive control in prefrontal cortex of children"

• [A8] Eduardo Sandoval (University of California, Berkeley): "Human Single Neuron Correlates of Interval Timing and Performance Monitoring"

• [A9] Jake Gavenas (Cedars-Sinai Medical Center): "Representational geometry within a conflict subspace supports error monitoring in human medial frontal cortex"

• [A10] Noah Steinberg (Georgetown University Medical Center; NINDS): "Human single-unit activity and coordination during categorical decision making"

• [A11] Robert Kim (Cedars-Sinai Medical Center): "Flexible Decision Making Engages Top-Down Modulation of Human Ventral Temporal Cortex"

• [A12] SunSik Ham (Center for Neuroscience Imaging Research, Korea): "Orthogonal Operand Subspaces for Sequential Arithmetic in the Human Cortex"

• [A13] Weijia Zhang (Columbia University): "Linking Transformer Architectures to Human Hippocampal Function in a Two-Armed Bandit Task"

• [A14] William Muñoz (Massachusetts General Hospital; Harvard Medical School): "Identifying and mapping human neocortical laminar ensemble dynamics during arousal, task engagement and visual perception"

• [A15] Yan A. Ayala (University of Iowa): "Modulation of human single neurons during selective attention and change detection to ‘what’ and ‘when’ dimensions of auditory sequences"

Long-term Memory (Posters A16-A35)

• [A16] Alana Darcher (University Hospital Bonn; University of Tuebingen, Germany): "Decoding movie content from neuronal population activity in the human medial temporal lobe"

• [A17] Alexander Price (University of Utah): "Analogous neural representations underlying risky decision making in deep reinforcement learning agents and humans"

• [A18] Anamar Flores (University of California, Davis): "From Speech to Memory: Single-Neuron Evidence of Auditory Boundary Detection During Narrative Comprehension"

• [A19] Christina Maher (Icahn School of Medicine at Mount Sinai): "Neuronal dynamics underlying the maintenance and formation of state representations in humans"

• [A20] Claire Han (Columbia University): "Human Single-Neuron Dynamics of Spatial Episodic Memory in Naturalistic Environments"

• [A21] Filippo Costa (Universitätsspital Zürich, Switzerland): "A compositional and symbolic memory map in human MTL neuron firing"

• [A22] Ilona Vieten (University Hospital Bonn, Germany): "Visually selective neurons in the human medial temporal lobe are modulated by attention"

• [A23] Jonathan Mo (University of California, Davis): "Boundary Cells Encode Predictive Inference During Event Sequence Learning in Humans"

• [A24] Laura Nett (University Hospital Bonn, Germany): "Cellular correlates of allocentric and egocentric memory retrieval in humans"

• [A25] Lukas Kunz (University of Bonn, Germany): "Neuronal representations of temporal memory formation and recall in the human medial temporal lobe"

• [A26] Muthu J. Prakash (University of Tuebingen; University Hospital Tuebingen, Germany): "Gamma–Theta–Spike Interactions coordinate Sequence Representation in Human MTL"

• [A27] Ryan Calmus (University of Iowa): "Human single-unit and mass neural signatures of auditory sequence coding in the mnemonic system"

• [A28] Ryan Kirkpatrick (NIH/NINDS): "Single-trial population dynamics in the anterior temporal lobe exhibit discrete states during episodic memory retrieval"

• [A29] Sangkyu Son (Sungkyunkwan University, Korea): "One-shot Sequence Learning through Hippocampal Data Structuring"

• [A30] Seth Koslov (University of Pennsylvania): "Electrophysiology of human posterior cingulate cortex during value- and memory-based decision-making"

• [A31] Sophia Cheng (Cedars-Sinai Medical Center): "Semantic category neurons are more prevalent and respond earlier in anterior compared to posterior human hippocampus"

• [A32] Thomas Biba (University of Toronto, Canada): "Hippocampal theta phase drives rhythmic memory formation"

• [A33] Tim Guth (University of Bonn, Germany): "Theta-phase locking of single neurons during human spatial memory"

• [A34] Vincent Dornier (Univ Toulouse, CNRS, CerCo, Toulouse, France): "Concept cells in the temporal pole: a neuronal code for semantic knowledge"

• [A35] Yao Ying (University of Glasgow, Scotland): "Detecting Phase Reset in Rhythmically Spiking Putative Interneurons During Human Memory"

Stimulation (Posters A36-A40)

• [A36] Ahnaf R. Hassan (University of California, Irvine): "Closed-loop electrical stimulation prevents focal epilepsy progression and long-term memory impairment"

• [A37] Aube Darves-Bornoz (Brain and Cognition Research Center; Centre National de la Recherche Scientifique, France): "Frequency-dependent neuronal modulation by electrical brain stimulation in human epilepsy: revealing remote effects at the single-unit scale"

• [A38] Justin Campbell (University of Utah): "Human single-neuron activity is modulated by intracranial theta burst stimulation of the basolateral amygdala"

• [A39] Mar Yebra (Cedars-Sinai Medical Center): "Microstimulation of human substantia nigra compacta modifies loss aversion and increases Momentary Wellbeing"

• [A40] Rhiannon L Cowan (University of Utah): "Investigating cell-type specific response to stimulation and unearthing a potential biomarker of epileptogenic tissue"

DAY 2 (Friday November 14th)

Language and Semantics (Posters B1-B10)

• • [B1] Ana Chavez (Baylor College of Medicine): "Toward Decoding Meaning: Single-Neuron Semantics in Natural Dialogue"

  • [B2] Andrea Rohl (University of Iowa): "Single Neuron Activity in the Subthalamic Nucleus During Speech Production and Finger Tapping"

  • [B3] Bita Samimizad (University of Bonn, Germany): "Single-Neuron Representations of Written Words in the Human Medial Temporal Lobe"

  • [B4] Christophe Smith (University of Alabama at Birmingham): "Decoding and Characterizing the Intracranial Representation of Semantic Information"

  • [B5] Christopher Petkov (University of Iowa, US; Newcastle University, UK): "Laminar information flow for working memory and language"

  • [B6] James Belanger (Baylor College of Medicine): "Overlapping principles for grammatical and semantic codes in the human hippocampus"

  • [B7] Jing Cai (Massachusetts General Hospital; Harvard Medical School): "Single Neuronal Components During Language Production by Large Language Models" 

  • [B8] Kalman Katlowitz (Baylor University): "Attention in the hippocampus is all you need"

  • [B9] Laura Schiffl (TUM University Hospital; Technical University of Munich, Germany): "Neuronal inventory of a right-hemispheric language network in an individual with aphasia"

  • [B10] Melissa Franch (Baylor College of Medicine): "Single neuron encoding of word meaning during language comprehension in individuals with and without Autism"

Sensory and Motor Representations (Posters B11-B15)

• [B11] Abraham B. Vera (Caltech): "Distinct Motor Representation of Facial Expressions in Human Posterior Parietal and Motor Cortices"

• [B12] Luca D. Kolibius (Columbia University): "Neuropixels Reveal Auditory-Cued Place Cells in the Anesthetized Human Hippocampus"

• [B13] Marie-Alphée Laurent (Univ. de Lorraine, CNRS, IMoPA, France; CerCo UMR 5549, CNRS – Univ. Toulouse III, France): "The cellular basis of human face categorization in the fusiform gyrus"

• [B14] Naz Dikecligil (University of Pennsylvania): "Time-course of odor coding in the human brain – a single-neuron perspective"

• [B15] Nora Krenn (University Hospital Bonn, Germany): "Single-neuron correlates of conscious perception during peripheral vision in the human medial temporal lobe"

Working Memory (Posters B16-B21)

• [B16] Hongbiao Chen (TUM University Hospital; Technical University of Munich, Germany; Graduate School of Systemic Neurosciences, Ludwig-Maximilians-Universität München, Germany): "Flexible representation of symbolic and non-symbolic numerical information in working memory by human prefrontal neurons"

• [B17] Ilya Verzhbinsky (University of California, San Diego): "Task related modulation of cross-region human single neuron co-firing is facilitated by ripple oscillations."

• [B18] Jan Kaminski (Nencki Institute of Experimental Biology, Poland): "Persistent Neural Activity Encodes Unattended Working Memory Items in Human Medial Temporal Lobe"

• [B19] Matthijs Pals (University of Tübingen; Tübingen AI Center, Germany): "A population phase code in data-constrained recurrent neural networks of human working memory"

• [B20] Paolo Favero (TUM University Hospital, Technical University of Munich, Germany): "Single-neuron encoding of symbolic and non-symbolic working memory content in the human frontoparietal cortex"

• [B21] Xiaoxuan Xiao (University of Toronto, Canada): "Human Time Cells Support Working Memory Maintenance"

Sleep (Posters B22-B25)

• [B22] Marcel S. Kehl (University of Oxford, UK): "Ripples facilitate human memory consolidation through reactivation of learning-related neurons"

• [B23] Matthew Banks (University of Wisconsin-Madison): "Investigating sleep stage-specific changes in human forebrain single neuron activity"

• [B24] Pin-Chun Chen (University of Oxford, UK): "Signatures of Hippocampal Ripples During Human Sleep: From Spiking Activity, LFP to Scalp EEG"

• [B25] Veronica Zarr (University of Utah): "Multi-scale Dynamics of Traveling Waves During Propofol Anesthesia"

Brain-machine Interfaces (Posters B26-B31)

• [B26] Bingchuan Liu (Caltech): "Single-Neuron Correlates of Conscious Touch Perception During Near-Threshold Vibrotactile Stimulation in Humans"

• [B27] Brandon Ruszala (Caltech): "Network-level modulation of single neurons time-locked to individual pulses of electrical intracortical microstimulation dynamically evolves throughout pulse-trains"

• [B28] Fei Yin (Caltech): "Multi-phasic neural population dynamics during human intracortical BMI control"

• [B29] Mackenzie Thurston (Caltech; Kaiser Permanente School of Medicine): "Single-unit responses to grasps and objects across the cortical grasping network of tetraplegic humans"

• [B30] Michela Cattabriga (Chalmers University of Technology, Sweden): "Single-neuron encoding of corporeal and observed touch in the human somatosensory cortex"

• [B31] Sean S. Darcy (Caltech): "Integration of intracortical microstimulation-elicited artificial sensation and natural vision" 

New Technologies and Methods (Posters B32-B40)

• • [B32] Charles Dickey (Stanford University): "Transcranial magnetic stimulation to the dorsolateral prefrontal cortex modulates single neuron activity in humans"

  • [B33] Haley Moore (UT Southwestern): "Physiological and genetic mechanisms of circuit modulation through ex vivo stimulation in human temporal cortex"

  • [B34] Hugo Caffaratti (University of Iowa): "Transcranial ultrasound stimulation impact on electrically induced field-potentials in the human brain: testing the neural excitability hypothesis"

  • [B35] Oliver Armitage (Axoft Inc.): "First-in-Human Single-Unit Neural Recordings Using Ultrasoft Fleuron™ Brain Probes" 

  • [B36] Tapasi Brahma (Medical College of Wisconsin, Milwaukee): "A novel spike-sorting pipeline optimized for microwire recordings from humans"

  • [B37] Tomas Aquino (Columbia University): "Brain2Model Transfer: Training sensory and decision models with human neural activity as a teacher"

  • [B38] Uma Mohan (NIH/NINDS): "Synchronous spiking activity underlies microstimulation-evoked ripples in the human cortex"

  • [B39] Zahra Jourahmad (Baylor College of Medicine): "Frequency-Dependent Modulation of Human Single Neurons by Local Field Oscillations"

  • [B40] Zhengjia Wang (University of Pennsylvania): "High-density micro-electrode localization and data visualization for iEEG, DBS, and BMI"