Lisa Stetza

The paper examines how physiological and neural signals change around spontaneous perceptual reversals in the Necker cube and finds differences in pupil size, respiration phase, and EEG activity between perceptual states.

The paper examines the relationship between respiration, pupil size, and spontaneous perceptual reversals, finding no direct alignment of respiration to reversals but a predictive link between respiration frequency and perceptual stability.

The paper shows that human respiration aligns with task demands, specifically trials with high effort or difficulty, indicating active strategic resource allocation.

This study examines how brief structured breathing practices affect respiration and cognitive performance, finding transient improvements in reaction times but no differences in task accuracy.

This study shows respiration modulates sensory evidence in neural activity during visual tasks, influencing cognitive performance.

This paper shows that respiration influences response speed and accuracy in sensory-cognitive tasks, with a systematic time lag of about two seconds.