Niko A. Busch

The paper shows that pre-stimulus pupil dilation, reflecting arousal, increases initial stimulus availability in iconic memory but accelerates its decay, without affecting memory transfer or confidence.

The paper investigates how spatial attention and pre-stimulus alpha oscillations influence iconic memory, finding that both contribute to suppression of irrelevant visual input through separate mechanisms.

The paper investigates ERP correlates of continuous recognition memory for natural scenes, showing that canonical ERP markers are preserved during concurrent encoding and retrieval, with effects dependent on repetition and lag.

The paper shows that scene memorability is linked to an image's position within a category-specific representational space, with atypical scenes being more memorable than typical ones.

This study investigates how spatial attention affects iconic memory, finding that attentional costs at unattended locations dominate over benefits at attended locations.

This study shows that pre-stimulus alpha power in the visual cortex enhances visual memory performance by increasing initial stimulus availability without affecting memory decay.

This study investigates the relationship between theta oscillations and attentional exploration in spatial and feature-based attention using EEG in humans.

The paper investigates how visual short-term memory (VSTM) represents object locations using contralateral delay activity (CDA) and alpha-band lateralization, finding that CDA reflects retinotopic coordinates while alpha lateralization after saccades reflects attentional processes.

This study investigates whether alpha-band lateralization tracks attentional orienting during exogenous cueing and finds it does not align with behavioral inhibition effects.

This paper provides a dataset of EEG, cardiovascular, and pupillometry data from participants performing a digit span task, enabling research on cognitive load and physiological responses.

The paper shows that pre-stimulus alpha oscillations influence subjective contrast perception by reducing perceived contrast in the hemifield with stronger alpha amplitude.

This study investigates how respiration modulates neural excitability and perceptual performance during a spatial detection task, finding that respiration phase lags align sensory sampling with cortical excitability cycles.

The paper investigates how alpha and theta rhythms influence perceptual sampling and guessing in a visual task, finding rhythmic variations in precision and guess rates.

The paper investigates how global and local information interact in predictive processing using EEG, finding that global models better explain the data than local models.

The paper investigates how prestimulus neural oscillations influence sensory responses by analyzing ERP components in humans during repeated visual stimulation.

The paper demonstrates that attention reorients periodically at theta frequency (~4 Hz) between stimulus locations during a visual task.

The paper investigates how neuronal excitability affects perception by showing it biases perceptual experience rather than decision-making in an EEG experiment.