Mehdi Sanayei

This study uses a Bayesian framework to analyze time reproduction in relapsing-remitting MS patients, finding increased reliance on prior expectations and reduced sensory-motor accuracy in MS compared to controls.

This study analyzes 59 macaque studies to assess factors influencing choice probability, finding consistent patterns across tasks and regions with exceptions in bistable percepts and area V1.

The paper uses drift-diffusion modeling to show that perceptual learning involves two dissociable components with different transferability, with sleep consolidation having no significant effect.

This study investigates the relationship between slot and resource models of visual working memory using psychophysics tasks, finding significant correlations between performance metrics and elements of both models.

This study investigates how working memory affects time reproduction and discrimination tasks, finding that delay intervals influence reproduction but not discrimination.

The paper investigates whether time and space perception share computational mechanisms by comparing human performance in time and distance reproduction tasks using saccadic eye movements.

This paper introduces a neural geometry theory that explains visual perceptual learning by showing neural manifold shrinkage, rather than changes in tuning curves or noise correlations, is the primary mechanism.

This study shows that aging reduces the precision of visual working memory, with increased error variability but no change in random response probability.

This study investigates how different behavioral contexts affect interval timing computations in humans, finding both context-specific and context-invariant contributions to timing behavior.

This study shows that transient neural firing rate oscillations in parietal cortex occur during the routing of evidence in perceptual decisions, but not during information transmission.

This study investigates working memory dysfunction in multiple sclerosis using continuous reproduction paradigms, finding increased recall error and decreased precision, and identifying decoding imprecision and swap error as key factors.