Benjamin M. Chin

The paper measures temporal dynamics of human color processing using a tracking task and finds similar elliptical response contours for detection and tracking, but reduced sensitivity to S-cone signals in tracking.

The paper investigates how overall light-level affects the Classic and Reverse Pulfrich effects, finding both increase logarithmically with decreasing light-level.

The paper investigates the anomalous Pulfrich effect, showing that interocular differences in temporal integration duration, not delay, cause misperceptions of motion depth.

The paper develops a Bayesian ideal observer model to predict human speed perception from natural stimuli and finds that performance is limited by stimulus variability and internal noise.