Code for implementing the new tests is publicly available in JavaScript and through Gorilla (gorilla.sc). This should be useful in situations where headphone use is particularly critical (e.g., dichotic or spatial manipulations). Moreover, we demonstrate that combining the HP test with an additional test–either the AP test or an alternative based on a beat test (BT)–can lower the false-positive rate to ~ 7%. Overall, the new HP test correctly detects 80% of headphone users and has a false-positive rate of 20%. We demonstrate that compared to the AP test, the HP test has a higher selectivity for headphone users, rendering it as a compelling alternative to existing methods. The same participants were also used to test an existing headphone test (AP test Woods et al., 2017, Attention Perception Psychophysics). We validate this test using a cohort of “Trusted” online participants who completed the test using both headphones and loudspeakers. ![]() Here we present a rapid (< 3 min) headphone screening test based on Huggins Pitch (HP), a perceptual phenomenon that can only be detected when stimuli are presented dichotically. Headphones not only provide better control of sound presentation but can also “shield” the listener from background noise. We offer a new method to probe one aspect of that environment, headphone use. However, when conducting auditory experiments via online methods, the researcher has limited control over the participants’ listening environment. ![]() Online experimental platforms can be used as an alternative to, or complement, lab-based research.
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