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Full-Text Articles in Cognitive Psychology
Absolute Pitch In Naturalistic Singing: A Commentary On Olthof Et Al., Andrea R. Halpern
Absolute Pitch In Naturalistic Singing: A Commentary On Olthof Et Al., Andrea R. Halpern
Faculty Journal Articles
The parent article looks at pitch stability in an archive of folksongs recorded over several decades. Some evidence for pitch stability was found. Here, I consider some additional aspects of the archive that could be examined, offer some extensions to relevant laboratory studies, and consider some inherent strengths and limitations of the naturalistic, archival approach.
Music, Andrea R. Halpern, Robert J. Zatorre
Music, Andrea R. Halpern, Robert J. Zatorre
Faculty Contributions to Books
Neuroimaging has contributed greatly to our understanding of the sensory, motor, and cognitive systems involved in musical processing. Cortical loops connecting auditory with parietal, premotor, and prefrontal cortices are important for encoding pitch and temporal relationships from which music is built and for generating musical expectancies. These circuits are also important for holding information in working memory and for interfacing perceptual and motor representations. Musical imagery recruits auditory areas together with frontal and supplementary motor regions. Musical emotion emerges from the interaction of these systems with the reward circuit. All of these systems are modifiable functionally and structurally following training.
Differences In Auditory Imagery Self-Report Predict Neural And Behavioral Outcomes, Andrea R. Halpern
Differences In Auditory Imagery Self-Report Predict Neural And Behavioral Outcomes, Andrea R. Halpern
Faculty Journal Articles
Mental imagery abilities vary among individuals, as shown both by objective measures and by self-report. Few imagery studies consider auditory imagery, however. The Bucknell Auditory Imagery Scale is a short self-report measure encompassing both Vividness and Control subscales for musical, verbal, and environmental sounds. It has high internal reliability, no relation to social desirability, and only a modest relation to musical training. High scores on Vividness predict fewer source memory errors in distinguishing heard from imagined tunes on a recognition test, and better performance on pitch imitation tasks. Furthermore, higher scores are related to hemodynamic response and gray matter volume …