Leonie Oostwoud Wijdenes

The paper investigates if increased movement resistance changes the planning horizon in sequential reaching tasks and finds no significant effect.

This study investigates whether stimulus autocorrelation affects central tendency and serial dependence in vestibular path integration, finding these biases persist regardless of sequence protocol.

The paper investigates central tendency and serial dependence biases in vestibular path integration using a distance reproduction task in darkness, finding similar biases to those observed in visual path integration.

This study investigates whether early-stage Alzheimer's disease affects the fast, declarative component of motor adaptation, finding that AD patients have reduced retention rates in this process while the slow, non-declarative process remains unaffected.

The paper shows that a Gaussian prior better explains perceptual observations in spatial orientation than non-Gaussian priors, despite natural head motion having non-Gaussian statistics.

This study shows that repeating well-practiced movements reduces movement variability and improves precision, even in short sequences of reaching tasks.

The paper investigates how beta-band power in the brain reflects uncertainty about hand selection during motor planning using EEG recordings in humans.

The paper investigates how body motion affects corticospinal excitability and hand preference during reaching tasks, finding that MEP amplitudes modulate with motion phase.