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Adaptation to a New Tuning Standard in a Musician with Tone-color Synesthesia and Absolute Pitch

Adaptation to a New Tuning Standard in a Musician with Tone-color Synesthesia and Absolute Pitch Developmental synesthesia is a neurological condition in which certain perceptions or cognitions trigger atypical supplementary perceptions (e.g., tones evoke specific colors). Tone-color synesthesia is prevalent in musicians and is associated with enhanced music processing and increased connectivity in auditory cortex. We report the case of NTM, a professional violinist with tone-color synesthesia as well as absolute pitch. When she switched from modern (A440 tuning standard) to baroque (A415 tuning standard) interpretation, NTM experienced a serious incongruence in her synesthesia and absolute pitch which severely interfered with her musical performance. However, through explicit self-training over months using color cues from her synesthesia, she learned new pitch associations for her note concepts which canceled this interference. This ability was validated through a second evaluation four years after the initial evaluation. NTM can now switch between both standards with little interference. She also reported changes in her non-musical synesthesia and developed new synesthesia to a tonal language (mandarin). This case indicates that synesthetic associations can be used as anchors to learn a new tuning standard when interference is high. It also suggests that tone concepts can undergo important perceptual modifications and still maintain their stability as inducers of synesthesia. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Auditory Perception & Cognition Taylor & Francis

Adaptation to a New Tuning Standard in a Musician with Tone-color Synesthesia and Absolute Pitch

Adaptation to a New Tuning Standard in a Musician with Tone-color Synesthesia and Absolute Pitch

Auditory Perception & Cognition , Volume 3 (3): 11 – Jul 2, 2020

Abstract

Developmental synesthesia is a neurological condition in which certain perceptions or cognitions trigger atypical supplementary perceptions (e.g., tones evoke specific colors). Tone-color synesthesia is prevalent in musicians and is associated with enhanced music processing and increased connectivity in auditory cortex. We report the case of NTM, a professional violinist with tone-color synesthesia as well as absolute pitch. When she switched from modern (A440 tuning standard) to baroque (A415 tuning standard) interpretation, NTM experienced a serious incongruence in her synesthesia and absolute pitch which severely interfered with her musical performance. However, through explicit self-training over months using color cues from her synesthesia, she learned new pitch associations for her note concepts which canceled this interference. This ability was validated through a second evaluation four years after the initial evaluation. NTM can now switch between both standards with little interference. She also reported changes in her non-musical synesthesia and developed new synesthesia to a tonal language (mandarin). This case indicates that synesthetic associations can be used as anchors to learn a new tuning standard when interference is high. It also suggests that tone concepts can undergo important perceptual modifications and still maintain their stability as inducers of synesthesia.

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Publisher
Taylor & Francis
Copyright
© 2021 Informa UK Limited, trading as Taylor & Francis Group
ISSN
2574-2450
eISSN
2574-2442
DOI
10.1080/25742442.2021.1886846
Publisher site
See Article on Publisher Site

Abstract

Developmental synesthesia is a neurological condition in which certain perceptions or cognitions trigger atypical supplementary perceptions (e.g., tones evoke specific colors). Tone-color synesthesia is prevalent in musicians and is associated with enhanced music processing and increased connectivity in auditory cortex. We report the case of NTM, a professional violinist with tone-color synesthesia as well as absolute pitch. When she switched from modern (A440 tuning standard) to baroque (A415 tuning standard) interpretation, NTM experienced a serious incongruence in her synesthesia and absolute pitch which severely interfered with her musical performance. However, through explicit self-training over months using color cues from her synesthesia, she learned new pitch associations for her note concepts which canceled this interference. This ability was validated through a second evaluation four years after the initial evaluation. NTM can now switch between both standards with little interference. She also reported changes in her non-musical synesthesia and developed new synesthesia to a tonal language (mandarin). This case indicates that synesthetic associations can be used as anchors to learn a new tuning standard when interference is high. It also suggests that tone concepts can undergo important perceptual modifications and still maintain their stability as inducers of synesthesia.

Journal

Auditory Perception & CognitionTaylor & Francis

Published: Jul 2, 2020

Keywords: Synesthesia; perfect pitch

References