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Fusion frequency as a function of number and phase of binocular stimuli
Authors:Milton Fisher  Marcel Kinsbourne
Affiliation:1. Duke University, 27710, Durham, North Carolina
Abstract:The relation of fusion hertz to the number of pulses in a train was explored under three conditions: monoptically, dichoptically inphase, and dichoptically antiphase. All three conditions show an increase in fusion hertz as the number of pulses in the stimulating train increases. Over the range of pulse numbers investigated, fusion hertz varies principally with the number of pulses delivered to one eye regardless of the stimulating condition of the other eye.
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