Jens‐Max Hopf

The paper shows human color discrimination asymmetry arises from ecological color statistics, supported by psychophysics, MEG, and deep neural networks.

This study examines how theta power and coherence change during set-shifting in young and older adults, finding age-related differences in neural resource distribution.

This study examines age-related changes in midfrontal theta oscillations during cognitive flexibility tasks, finding reduced theta power and task modulation in older adults.

This study investigates the precision of tracking two changing color streams and finds imbalanced tracking precision and time-varying attentional allocation between them.

The paper shows that prioritized processing of distractor colors speeds up target identification by enhancing neural gain and then attenuating distractors.

This paper introduces a BCI method that decodes covert spatial attention from EEG signals, achieving reliable control without requiring eye movements or multiple stimulus presentations.