Cerebellar-dependent functions are mostly maintained or even enhanced across the lifespan, with cerebellar-mediated motor abilities remaining intact despite degeneration, in contrast to non-cerebellar...

PhD Position in Ultra-High-Field Layer fMRI of Cognitive Control and Interoception

Every movement unfolds with a simple question: Where is my body? The nervous system answers through proprioception - the sense of limb position (static position sense) and movement (dynamic propriocep...

Artificial neural networks applied to psychology, neuroscience, and climate change

Online movement variability in non-visual (auditory and proprioceptive) target reaching is modality-dependent. This study investigated whether such modality-specific effects emerge during movement pre...

Job #AJO30864, Assistant/Associate Professor of Human Physiology with a Glia and Neurovascular focus, Department of Human Physiology, University of Oregon, Eugene, Oregon, US

Grace Lindsay’s new YouTube series turns climate-AI research into five-minute videos for a wide audience.

Assistant, Associate or Full Professor Faculty Position in the Dept. of Health, Sport, and Human Physiology (Tenure-Track)

The integration of multiple sensory inputs is essential for human perception and action in uncertain environments. This process includes reference frame transformations as different sensory signals ar...

From navigating a crowded hallway to skiing down a treacherous hill, humans are constantly making decisions while moving. Insightful past work has provided a glimpse of decision deliberation at the mo...

Neural computations support stable behavior despite relying on many dynamically changing biological processes. One such process is representational drift (RD), in which neurons' responses change over ...

The Python interface to SPM. Contribute to spm/spm-python development by creating an account on GitHub.

The study, from MIT Lab scholars, measured the brain activity of subjects writing SAT essays with and without ChatGPT.

Abstract. The ability to produce goal-directed movement relies on the integration of diverse sensory cues which contribute to goal subtasks, such as trajectory planning and initiation. To achieve thes...