Wouter Kruijne

The paper shows that mental transformations link the transformed item to its original representation, with retention depending on attentional selection rather than deep encoding.

The paper tests Bayesian theories of perception by showing that perceptual estimates are reliability-weighted updated based on previous and current stimuli reliability in a duration reproduction task.

This study investigates how prioritization affects working memory by comparing conditions with and without advance priority knowledge, finding that prioritization enhances neural representation accessibility during maintenance.

The paper investigates how diffuse predictions affect neural representations during working memory encoding, finding that they stabilize the neural code and alter its geometric layout.

The paper shows that temporal preparation, not statistical learning, explains performance benefits in complex temporal environments with regular and irregular events.

The paper investigates whether temporal information in working memory is bound to spatial information, finding that while spatial information is involved during perception, it is no longer related during comparison.

The paper shows participants implicitly use regular time intervals to anticipate future events in a naturalistic game-like environment, extending timing research to ecologically valid settings.

The paper shows that changes in sensory responses, not arousal, affect time perception using electrophysiology and pupillometry.

This paper introduces WorkMATe, a neural network model that learns to control working memory through reinforcement learning, solving both simple and complex tasks with flexible memory management.