CNS 2024 Annual Meeting - April 13-16, 2024
02/04/2024 at 06:04:10
Author: Jackson Cionek
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CNS 2024 Annual Meeting - April 13-16, 2024
CNS 2024 Annual Meeting
CNS 2024 Annual Meeting - April 13-16, 2024
The Cognitive Neuroscience Society (CNS) is committed to the development of mind and brain research aimed at investigating the psychological, computational, and neuroscientific bases of cognition.
The term cognitive neuroscience has now been with us for almost three decades, and identifies an interdisciplinary approach to understanding the nature of thought.
Diving Deeply into Brain Plasticity Through Work with the Sensorimotor Deprived
CNS 2024 EEG NIRS
CNS 2024 Q&A with Ella Striem-Amit For the last two decades, Ella Striem-Amit has been searching for answers to some of neuroscience’s deepest questions: How does the human brain develop in individuals and what happens when something is missing? Working with people born without hands, sight, or hearing has given her and her team new […]
Great Expectations How Our Prior Experiences Shape Our Reality
CNS 2024 EEG NIRS
CNS 2024 Q&A with Peter Kok From daily illusions like seeing animal shapes in clouds or mistaking a curtain for a person in a dark bedroom to more complex ones, like the “hollow mask illusion,” (screenshot at right/above) our prior experiences and expectations shape how we perceive the world around us, sometimes in unexpected ways. […]
Watching a Memory Unfold CNS 2024
EEG MicroStates EEG ERP NIRS fNIRS
CNS 2024 Q&A with Sheena Josselyn For the past few decades, Sheena Josselyn has had a ringside seat to some remarkable technological advancements that have enabled scientists to study memories in ways once only imaginable through science fiction. Viral vectors, optogenetics, and live imaging have all enabled neuroscientists like Josselyn to explore how cells activate […]
Bringing New Focus to the Mind CNS 2024
EEG MicroStates EEG ERP NIRS fNIRS
CNS 2024 Q&A with Kia Nobre For Kia Nobre, the drive toward science is instinctive. For as long as she can remember, she has been curious about the world around her. “I like to think that all humans start out that way, curious, perplexed even,” says Nobre of Yale University. “I don’t understand why or […]
Mapping Paths to Understand the Hippocampus
CNS 2024 EEG MicroStates EEG ERP NIRS fNIRS
Q&A with Lynn Nadel Over the last several decades, research led by cognitive neuroscientists has led to new understanding of the hippocampus and its core role in human memory. “The attention the hippocampus has received, and the progress that has been made in understanding it, has been nothing short of astounding in the 50+ years […]
BrainSupport Solution for Neuroscience Researchers
BrainSupport Solution for Neuroscience Researchers – Neuroscience to improve Latin American Identity.
Scientific questions and experimental designs for the development of culture, behavior, perception and Latin American consciousness.
Embracing high-dimensional data with XR-based experiments
Getting it done at a non-R1: Succeeding in Cognitive Neuroscience in a Resource-Limited Environment
Advancing knowledge through open science adversarial collaboration, Chair: Lucia Melloni
Memory Engrams and their Implications for Human Memory, Chair: Denise Cai
Putting the 'fun' in funding: Roundtable with NIH Staff, Chair: Matt Sutterer
Into the night: The cognitive neuroscience of dreaming, Chair: Remington Mallett
Hippocampal predictions link perception and memory, Chairs: Peter Kok and Morgan Barense
Multisensory Development Across the Neurotypical and Neurodivergent Lifespan: The Birth of a Research Consortium, Chairs: Mark Wallace and Micah Murray
Reconciling the Impact of Emotion on Episodic Relational Memory, Chairs: Florin Dolcos and Deborah Talmi
The 30th Annual George A. Miller Prize in Cognitive Neuroscience Lecture
Hippocampus: Action at a Distance, Lynn Nadel, Ph.D.
Pavlov's Dogz
Adelaide Hall, 250 Adelaide St W Second Floor, Toronto, ON M5H 1X6, Canada
Subjectivity: Who cares? Chairs: Brian Levine and Brad Buchsbaum
Insights into flexible cognition: Structure learning, inference, and abstraction based on cognitive maps, Chair: Stephanie Theves
Neurocognitive Mechanisms of Mindfulness: Insights from Basic Research and Translational Science, Chair: Erika Nyhus
A hands-on technical workshop for cognitive neuroscientists, Chair: Bradley Voytek
Visibility and Networking: What does it mean and how do you do it?, Chair: Audrey Duarte
The neural circuit underlying subjective perception, Peter Kok, Ph.D.
Insights from studying people with congenital sensorimotor deprivation, Ella Striem-Amit, Ph.D.
The Science and Engineering of the Speaking Brain, Chair: Gopala Anumanchipaalli
The Geometry of Neural Representations of Tasks: What Does it Mean for Cognition and Behavior?, Chair: Tim Buschman
Horizon-scanning for new ELSIs in Cognitive Neuroscience
Cortical mechanisms for transsaccadic memory and perception, Chairs: John Douglas Crawford and Bianca Baltaretu
Endel Tulving and the Modern Science of Memory, Chairs: Daniel L. Schacter and Donna Rose Addis
Advances in speech prosody perception research: Integrating behavioral, neuroimaging, (neuro)genomics, and clinical techniques, Chairs: Tamar Regev and Srishti Nayak
Leveraging social cognitive neuroscience tools to characterize heterogeneity in Autism Spectrum Disorder, Chairs: Dorit Kliemann and Gabriela Rosenblau
Symposia
Into the night: The cognitive neuroscience of dreaming
Chair: Remington Mallett1,2; 1University of Montréal, 2Center for Advanced Research in Sleep Medicine
While our grasp of waking cognition has expanded, the study of dreaming remains a complex and challenging field. This complexity is being unraveled thanks to technological and methodological innovatio…
Hippocampal predictions link perception and memory
Chairs: Peter Kok1, Morgan Barense2; 1University College London, 2University of Toronto
Memory and perception are intimately linked through prediction. Memory is used to generate predictions of upcoming perceptual events, and mismatches between those predictions and perception determine …
Chairs: Mark Wallace1, Micah Murray2,3; 1Vanderbilt University, 2Lausanne University Hospital, 3University of Lausanne
One of the most challenging jobs for the developing brain is the almost continually changing nature of the sensory information that it is tasked with processing. In addition to the widening experienti…
Reconciling the Impact of Emotion on Episodic Relational Memory
Chairs: Florin Dolcos1, Deborah Talmi2; 1University of Illinois at Urbana-Champaign, USA, 2University of Cambridge, UK
The effects of emotion on memory are wide-ranging and powerful, but they are not uniform. Although there is agreement that emotion enhances memory for individual items, how it influences memory for as…
Chairs: Brian Levine1,2, Brad Buchsbaum1,2; 1Rotman Research Institute, Baycrest Academy for Research and Education, 2Department of Psychology, University of Toronto
Science demands operationalization. In the study of memory, recall or recognition responses are interpreted according to that test’s scoring criteria, enabling agreement on what is right and wro…
Chair: Stephanie Theves1; 1Max Planck Institute for Human Cognitive and Brain Sciences
The concept of a cognitive map, a mental model that integrates various relationships between experiences, has been a long-standing idea in psychology. Systems neuroscience has provided compelling evid…
Neurocognitive Mechanisms of Mindfulness: Insights from Basic Research and Translational Science
Chair: Erika Nyhus1; 1Bowdoin College
Mindfulness meditation is the practice of becoming aware of present-moment experience with a compassionate, nonjudgmental stance (Kabat-Zinn, 1990). This seemingly simple act has had a profound impac…
A hands-on technical workshop for cognitive neuroscientists
Chair: Bradley Voytek1; 1UC San Diego
Data science! GitHub! LLMs and generative AI and scikit-learn and… it feels like there are an overwhelming number of technical skills and technologies to learn in order to succeed in our curren…
Cortical mechanisms for transsaccadic perception and memory
Chairs: John Douglas Crawford1, Bianca Baltaretu2; 1York University, Toronto Canada, 2Justus Liebig University Giessen, Germany
Visual perception and memory are usually studied in the laboratory with the eyes fixed on one location, but in real world circumstances we make saccades several times per second. Thus, ‘transsac…
Endel Tulving and the Modern Science of Memory
Chairs: Daniel L. Schacter1, Donna Rose Addis2,3; 1Harvard University, 2Rotman Research Institute, 3University of Toronto
Endel Tulving (1927-2023) was a major figure in the cognitive psychology and cognitive neuroscience of memory, generating numerous findings and theories that have shaped these fields over the past six…
Chairs: Tamar Regev1, Srishti Nayak2; 1MIT, 2Vanderbilt University Medical Center
Prosody encompasses the acoustic features of spoken language—pitch, loudness, duration, timbre—that carry linguistic, emotional, and social information. Although prosody plays an essential…
Chairs: Dorit Kliemann1, Gabriela Rosenblau2; 1The University of Iowa, 2The George Washington University
Social challenges constitute a core difficulty for many psychiatric conditions, most prominently for Autism Spectrum Disorder (ASD). Despite a long line of research characterizing social differences b…
EEG ERP NIRS fNIRS What to know
EEG (Eletroencefalograma) e NIRS (Espectroscopia de Infravermelho Próximo) são técnicas de neuroimagem usadas para estudar a atividade cerebral, mas eles não são necessariamente concorrentes; podem ser considerados aliados. O EEG mede a atividade elétrica do cérebro e é muito útil para avaliar os estados cerebrais em tempo real, enquanto o NIRS mede as mudanças na oxigenação sanguínea cerebral, oferecendo informações sobre a atividade metabólica cerebral. Eles podem ser combinados para fornecer uma compreensão mais abrangente do funcionamento cerebral, integrando informações temporais do EEG com dados espaciais do NIRS.
Pesquisar a relação entre os MicroEstados do EEG e o fNIRS pode envolver explorar como as configurações temporais de redes neurais (capturadas pelos microestados do EEG) se correlacionam com as variações hemodinâmicas cerebrais (observadas através do fNIRS). Isso poderia revelar como padrões específicos de atividade elétrica cerebral estão associados a alterações no fluxo sanguíneo e na oxigenação em diferentes regiões cerebrais, oferecendo insights sobre a dinâmica neural subjacente aos processos cognitivos e emocionais.
CNS 2024 EEG ERP NIRS fNIRS
EEG NIRS Mobile Wearable
CNS 2024 NIRS fNIRS Mobile
NIRS fNIRS Mobile
CNS 2024 EEG ERP amplifier Mobile Wearable Small wireless EEG
EEG amplifier Mobile Wearable Small wireless EEG
CNS 2024 NIRS fNIRS NIRS-fNIRS Short distance channels
NIRS-fNIRS Short distance channels
CNS 2024 EEG ERP 32 64 128 160 channels with 32 channel modules
EEG 32 64 128 160 channels with 32 channel modules
CNS 2024 NIRS fNIRS HyperScanner
NIRS fNIRS HyperScanner
CNS 2024 EEG NIRS Solution for Academic Research Centers
EEG NIRS Solution for Academic Research Centers
CNS 2024 EEG NIRS EEG-fNIRS ultimate compact solution
EEG-fNIRS ultimate compact solution
CNS 2024 EEG NIRS NIRS-fNIRS EEG ERP Multimodal Solution
NIRS-fNIRS EEG ERP Multimodal Solution
CNS 2024 NIRS fNIRS online NIRS-fNIRS BCI
NIRS online NIRS-fNIRS BCI
CNS 2024 EEG NIRS EyeTracking NIRS EEG
EyeTracking NIRS EEG
CNS 2024 NIRS fNIRS High Density
NIRS fNIRS High Density
CNS 2024 EEG NIRS EEG-fMRI NIRS-fNIRS
EEG-fMRI NIRS fNIRS
CNS 2024 NIRS EEG Mobile Solution
NIRS EEG Mobile Solution
BrainSupport Solution for Neuroscience Researchers
BrainSupport Solution for Neuroscience Researchers – Neuroscience to improve Latin American Identity. Scientific questions and experimental designs for the development of culture, behavior, perception and Latin American consciousness.
EEG NIRS
EEG NIRS- Visto isso, é fácil entender o número de estudos que se apoiam em sistemas de integração multimodal.
Em resumo, ao traçar um panorama geral das técnicas disponíveis no mercado, os prós da fNIRS se tornam complementares aos contras de outras ferramentas como a fMRI e EEG / ERP (event-related potential) - fNIRS tem melhor resolução temporal, é mais fácil e mais rentável de implementar do que fMRI, por outro lado, sua resolução espacial é mais limitada). Em comparação, o fNIRS tem melhor resolução espacial do que EEG / ERP, no entanto, tem a resolução temporal diminuída.
Jackson Cionek
