Stefan Dürschmid

The Effect of Visual Impairment on the Controllability of a Brain-Computer Interface Using Visual Spatial Attention

This study examines how visual impairment affects brain-computer interface performance using visual spatial attention, finding that while ERPs change, BCI decoding accuracy remains unaffected.

Human medial temporal lobe neurons link future reward coding with intertemporal choice and impulsivity

This study identifies human medial temporal lobe neurons that encode future rewards and intertemporal choices, showing reduced temporal coding in impulsive individuals.

Temporal kinetics of brain state effects on visual perception

This study examines how brain states affect visual perception, finding rapid transitions between states and reduced high-frequency activity during inattention without impairing sensory discrimination.

Broadband high frequency Activity initializes Distractor Suppression

The paper shows broadband high-frequency activity (BHA) predicts distractor suppression and performance in visual search tasks, indicating its role in initiating selective attention.

Physical Exercise Improves Working Memory through Ripple-Spindle Coupling

This study shows that physical exercise improves working memory by enhancing ripple-spindle coupling during sleep and wakefulness.

Physical activity modulates early visual response and improves target detection in humans

This study shows physical activity enhances visual target detection in humans by reducing early brain activity and improving spatial resolution.

Local sleep during mind-wandering enhances processes of spatial attention allocation

The paper investigates how mind-wandering during local sleep affects visual attention and finds that attentional selection improves despite reduced cortical processing of external stimuli.

Decoding the covert shift of spatial attention from electroencephalographic signals permits reliable control of a brain-computer interface

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.

Direct evidence for prediction signals in frontal cortex independent of prediction error

The paper provides direct evidence for prediction signals in the human frontal cortex during event anticipation, independent of prediction-error signals.