Stefan Glasauer

This study examines the maturation of Abducens motoneurons during larval development, showing increased discharge modulation in silent units and enhanced myelination in late larval stages.

The paper explains both attractive and repulsive biases in the subjective visual vertical using a Bayesian model, resolving a long-standing question in perceptual psychology.

The paper investigates how perceptual biases in duration perception, specifically sequential dependence and central tendency, are reflected in neural activity using EEG and a Bayesian model.

The paper investigates how prior task and memory processing affect time perception, finding that active duration reproduction induces sequential biases, while passive viewing does not.

This paper introduces a non-linear Drift-Diffusion Model (nl-DDM) that better captures inter-trial dynamics and endogenous influences in decision-making compared to the standard DDM.

The paper shows that individual differences in perceptual biases are explained by beliefs about temporal continuity in sensory stimuli.

This study investigates how visual working memory load affects duration encoding and reproduction, finding distinct impacts on central-tendency bias depending on the stage of the task.

This study uses a two-state Bayesian model to examine how individuals with ASD and TD controls update their priors and sensory estimates during duration reproduction tasks in varying volatility settings, finding distinct iterative prior updating dynamics in ASD.

The paper reviews Vierordt's law, simulates original results with Bayesian updating, and concludes the law arises from an unnatural experimental protocol.