The phrase "auditory research" is correct and usable in written English.
It can be used when referring to studies or investigations related to hearing, sound perception, or auditory processing.
Example: "The findings from the auditory research conducted at the university have significant implications for understanding hearing loss."
Alternatives: "hearing research" or "sound research".
As assistant and lecturer at the University of Frankfurt (1911), he continued his auditory research.
Dr. Hillyard called Dr. Galambos, the author of more than 200 scientific publications, "one of the giants of auditory research".
Functional near-infrared spectroscopy (fNIRS) is a silent, non-invasive neuroimaging technique that is potentially well suited to auditory research.
The mouse is becoming an increasingly attractive model for auditory research due to the number of genetic deafness models available.
To overcome this problem, different approaches have been proposed recently that generally require careful tailoring of the experimental design and the fMRI methodology to the specific requirements posed by the auditory research.
We characterized the vocalizations of CBA/CaJ mice because they are the standard normal control strain used for auditory research, due to their sensitive hearing thresholds that are maintained up to at least 39 weeks [15].
Auditory prosthesis research continues to represent the majority of literature on BCI signal insertion.
Scala tympani auditory prosthesis research has been aided by mapping electrodes in the cortex and the inferior colliculus to assess the CNS responses to peripheral stimulation.
Auditory neuroscience research has demonstrated that auditory signals that move toward a person are more salient than those that move away.
An increasing acknowledgment of the importance of cognition (e.g., memory and attention) in listening ability over the last 10 years has been reflected in auditory learning research.
As mentioned above, a long lasting question in auditory speech research concerns the nature of the VOT cue and asks to what extent the VOT is processed by specialized speech mechanisms or by more basic acoustically tuned mechanisms [ 60].
