cognitive-neuroscience

Documents about cognitive-neuroscience

• Cognitive Reserve as Adaptive Resilience: A Cross-Species Framework for Neuropsychology and Cognitive Aging#368820OSF
• Cognitive-Computational Phenotyping of Anxiety and Anhedonia#286174OSF
• Cognitive Reserve and Adaptive Resilience: A Conceptual Analysis of a Cross-Species Framework for Neuropsychology and Cognitive Aging#444244OSF
• A domain for social interaction in visual cortex#240506OSF
• Metabolic connectivity#323814OSF
• Understanding Advances in Computational Cognitive Neuroscience Over the Past Ten Years: A Scoping Review#16158OSF
• Feasible Cognition Requires Latent State#181093OSF
• Age and Lifelong Cognitive Stimulation Shape the Representational Basis of Learning#276856OSF
• How human-like is LLM cognition?#203500OSF
• Ten simple rules for achieving computational reproducibility in cognitive neuroscience#976716PsyArXiv
• Cognitive offloading weakens the neural representation of to-be-remembered information#240502OSF
• Improving Brain-Behaviour Causality with Neurofeedback#479648OSF
• Ten simple rules for achieving computational reproducibility in cognitive neuroscience#397160OSF
• Cardio-respiratory modulation of arousal and excitability states#148929OSF
• Physical and cognitive contributions to fatigue perception: The interplay between local muscle fatigue and sensory prediction error#123243Europe PMC
• Non-decision time: the elephant in the executive control room#31140OSF
• Cracking the multidimensionality of cognition with cross-domain transfer#434967OSF
• Dynamic coordination of speech and gesture in the brain#613629OSF
• Robust circular cluster-based statistics for respiration-brain coupling#16057OSF
• Auditory Time-to-Contact in the Wild.#323784OSF
• Auditory Time-to-Contact in the Wild.#323794OSF
• Robust circular cluster-based statistics for respiration-brain coupling#413028OSF
• Midfrontal theta power relates to response speeding following frustrative nonreward#190360OSF
• Stabilizing Variables in Motor Control and Learning: A Control-Theoretic Account#385685OSF
• De Novo Motor Learning as Controller Synthesis: A Conceptual Framework#385659OSF
• A low-dimensional hypothesis for cognition and the human brain#626837OSF
• Expressivity Is Not Learnability in Constrained Cognitive Systems#15921OSF
• A beginner’s guide to working memory#143931OSF
• Binaural-beat hype fails scientific scrutiny again#379250OSF
• Individual differences in Speech-in-Noise perception in adults with healthy hearing: auditory, cognitive, and neural mechanisms#309657OSF
• Switching to an Allocentric Spatial Reference Frame Incurs Distinct Cognitive Processing Costs#155032OSF
• Unveiling the Aha! moment: a computational account of insight in active inference#16191OSF
• Bayesian Efficient Coding as a Theory of Perception: Progress, Controversies and Prospects#276759OSF
• Inter- and intra- individual variability in audiovisual multisensory processes in healthy ageing#376415OSF
• Unveiling the Aha! moment: a computational account of insight in active inference#381240OSF
• The genetic landscape of brain ageing#403437OSF
• State Rumination Disrupts Working Memory and Increases Cognitive Effort Through Cognitive Interference#219520OSF
• Invariants of developmental variation#133249OSF
• Humans adaptively delay planning using cognitive maps#483833OSF
• Explaining what? Time for nuance in the field of neurobiology of language#16125OSF
• Neural Mentalizing Signatures Predict Social Contacts, Not Loneliness or Support, in Older Adulthood#16258OSF
• Mapping the neural dynamics of learning others' social preferences from decision timing#175982OSF
• Distinct patterns of syntactic errors doubly dissociate in chronic post-stroke aphasia#365353OSF
• Egostasis: A First-Principles Account of the Neurocomputational Basis of Suffering#146668OSF
• Misinterpreting Electrophysiology in Human Cognitive Neuroscience.#125264NCBI PubMed Central
• What is the “Cognitive” in Cognitive Neuroscience?#733737PhilArchive
• Temporal Convolutional Network Modeling of Eye Gaze Reveals Gaze-Based Implementation Strategies in Proactive Cognitive Control#203491OSF
• Pre-Structured Neural Architecture Enables Local Learning in Biological Systems#181085OSF
• Some Common Neuroscience Techniques#1633NCBI Bookshelf
• Now or later: A reinforcement learning model of behavioural delay#31135OSF

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