ℹ️ Naukowcy z Institute of Neuroscience na University of Oregon w Eugene pracują nad nowym, alternatywnym sposobem testowania słuchu. Badacze śledzili wielkość źrenic uczestników przez co najmniej 1 sekundę przed dźwiękiem i 2 sekundy później. Więcej: http
RT @brain_scientist: My paper on human audition is out! It shows that an involuntary response (pupil dilation) can be as sensitive as tradi…
A really cool example of how basic science (in this case with barn owls!) can translate to practical applications for human health.
RT @erlesen: Human Auditory Detection and Discrimination Measured with the Pupil Dilation Response https://t.co/X69X9ly76u Scientists show…
Using Pupillary Response to Check Audiometric Sensitivities 👀👂 - Bala et al, 2019 #sensoryintegration #neuro #hearing #sight #sound https://t.co/10P5ZYZJnp
Human Auditory Detection and Discrimination Measured W Pupil Dilation Response https://t.co/KngaSFXaeE
RT @kateneuropsych: Yes auditory is connected to visual and visual to auditory... turns out we're all sympathetic to some greater and small…
Yes auditory is connected to visual and visual to auditory... turns out we're all sympathetic to some greater and smaller degree!
RT @erlesen: Human Auditory Detection and Discrimination Measured with the Pupil Dilation Response https://t.co/X69X9ly76u Scientists show…
Human Auditory Detection and Discrimination Measured with the Pupil Dilation Response https://t.co/X69X9ly76u Scientists show that the eyes can measure hearing https://t.co/7ZMn8Sqift
RT @brain_scientist: My paper on human audition is out! It shows that an involuntary response (pupil dilation) can be as sensitive as tradi…
My paper on human audition is out! It shows that an involuntary response (pupil dilation) can be as sensitive as traditional methods of testing...which gives us a way to test sensory performance in people who are unable to respond. https://t.co/gmyT08HlGF