Martin Szinte

This paper improves gaze decoding in fMRI during eyes-closed states using a deep learning framework, showing it can generalize to eyes-closed conditions with task-specific fine-tuning.

This paper extends the BIDS standard to include eye-tracking data and metadata, improving organization and transparency for gaze position and pupil recordings.

This study investigates the spatial reference frame of visual processing in human visual cortex using fMRI and finds that visual-spatial processing is encoded in a retinotopic frame rather than a spatiotopic one.

The paper shows mammals achieve similar visual coverage by combining saccade rates, receptive field sizes, and V1 neuronal density across species.

The paper investigates how saccade trajectories are affected by visual and auditory distractors, finding that both modalities are remapped in eye-centered oculomotor centers during saccades.

The paper investigates transsaccadic feature transfer using a blanking paradigm and finds improved orientation discrimination with anisoluminant grating and blanking.

The paper shows that visual landmarks recalibrate auditory spatial perception during eye movements, even when head position is stable.

The paper shows that attentional resources spread to more peripheral locations when saccades are prepared toward a recently extinguished target, without a decrease in sensitivity.

This study investigates pre-saccadic remapping by analyzing attentional dynamics and finds that remapping occurs only when attention is allocated sufficiently early before the saccade.

The paper shows that visual attention and saccade programming are dissociable, with attentional facilitation only occurring at the saccade endpoint when a single saccade is made, not when averaging saccades are executed.