Michael Josef Wolff

This study shows that color memory benefits from spatial information when the response wheel is fixed, with faster response initiation and gaze bias toward anticipated spatial positions.

The paper investigates perceptual acceleration during visual temporal integration by analyzing EEG data from a missing element task, finding nonlinear acceleration patterns over time.

The paper investigates whether visual information in the human brain is represented in an allocentric or retinocentric reference frame using EEG and head tilt manipulations, finding an intermediate representation.

The paper critiques a method called 'generative forward modeling' used to infer neural tuning properties from EEG data, arguing it leads to unreliable conclusions due to model mimicry.

The paper tests how matching irrelevant spatial frequencies between memory items and perturbations affects neural and behavioral working memory readout, finding enhanced specificity in neural responses.

The paper investigates how working memory maintains both transformed and original representations of stimuli, finding that original representations persist alongside transformed ones even when no longer task-relevant.

The paper shows that during working memory, orientation representations in the visual hierarchy become more categorical compared to perception, with a gradual shift toward categorical formats in more anterior regions.

The paper investigates how working memory maintains stable mental states through dynamic neural activity, finding that while the coding scheme is stable, memories drift over time.

The paper investigates whether impulse responses during working memory maintenance are sensory-specific or multimodal, finding evidence for both unimodal and bimodal neural responses in visual and auditory working memory.