Mark Wexler

Dynamics of individual visual biases in space and time

The paper investigates spatial and temporal dynamics of visual biases in structure-from-motion stimuli, finding that variations are autocorrelated and not random.

Directionally tuned signals in mouse visual and subicular cortex during passive rotation

This study compares directional activity in mouse visual and subicular cortex during passive rotation, finding differences in how visual cues influence their directional tuning.

Briefer than brief - uncovering the true temporal resolution of the visual system

This study demonstrates that 'briefer-than-brief' flashes can improve human temporal resolution by bypassing early visual system limitations.

Method to quickly map multifocal Pupillary Response Fields (mPRF) using Frequency Tagging

This paper introduces a method to quickly map multifocal pupillary response fields using frequency tagging, showing it can distinguish patients from healthy individuals with high accuracy.

Exploring the frame effect

The paper investigates the frame effect on flashed probes, showing it persists across various frame movements and is influenced by attention and perceived motion.

Paradoxical stabilization of relative position in moving frames

The paper demonstrates an illusion where a moving frame stabilizes the perceived positions of its edges and internal probes, suggesting a mechanism for visual constancy during motion.