David Bourget (Western Ontario)
David Chalmers (ANU, NYU)
Rafael De Clercq
Jack Alan Reynolds
Learn more about PhilPapers
Topics in Cognitive Science 4 (4):585-606 (2012)
Perception of temporal patterns is fundamental to normal hearing, speech, motor control, and music. Certain types of pattern understanding are unique to humans, such as musical rhythm. Although human responses to musical rhythm are universal, there is much we do not understand about how rhythm is processed in the brain. Here, I consider findings from research into basic timing mechanisms and models through to the neuroscience of rhythm and meter. A network of neural areas, including motor regions, is regularly implicated in basic timing as well as processing of musical rhythm. However, fractionating the specific roles of individual areas in this network has remained a challenge. Distinctions in activity patterns appear between "automatic" and "cognitively controlled" timing processes, but the perception of musical rhythm requires features of both automatic and controlled processes. In addition, many experimental manipulations rely on participants directing their attention toward or away from certain stimulus features, and measuring corresponding differences in neural activity. Many temporal features, however, are implicitly processed whether attended to or not, making it difficult to create controlled baseline conditions for experimental comparisons. The variety of stimuli, paradigms, and definitions can further complicate comparisons across domains or methodologies. Despite these challenges, the high level of interest and multitude of methodological approaches from different cognitive domains (including music, language, and motor learning) have yielded new insights and hold promise for future progress
|Keywords||Timing Neuroscience Music Rhythm Functional magnetic resonance imaging Electroencephalography Magnetoencephalography Auditory|
|Categories||categorize this paper)|
|Through your library||Configure|
References found in this work BETA
Russell M. Church & Hilary A. Broadbent (1990). Alternative Representations of Time, Number, and Rate. Cognition 37 (1-2):55-81.
Manon Grube, Kwang-Hyuk Lee, Timothy D. Griffiths, Anthony T. Barker & Peter W. Woodruff (2010). Transcranial Magnetic Theta-Burst Stimulation of the Human Cerebellum Distinguishes Absolute, Duration-Based From Relative, Beat-Based Perception of Subsecond Time Intervals. Frontiers in Psychology 1:171-171.
Edward W. Large & Caroline Palmer (2002). Perceiving Temporal Regularity in Music. Cognitive Science 26 (1):1-37.
Matthew S. Matell & Warren H. Meck (2000). Neuropsychological Mechanisms of Interval Timing Behavior. Bioessays 22 (1):94-103.
William T. Thach (1998). What is the Role of the Cerebellum in Motor Learning and Cognition? Trends in Cognitive Sciences 2 (9):331-337.
Citations of this work BETA
Marcus Pearce & Martin Rohrmeier (2012). Music Cognition and the Cognitive Sciences. Topics in Cognitive Science 4 (4):468-484.
Similar books and articles
Drina Hočevar (2003). Movement and Poetic Rhythm: Uncovering the Musical Signification of Poetic Discourse Via the Temporal Dimension of the Sign. International Semiotics Institute, Semiotic Society of Finland.
Rita Aiello & John A. Sloboda (eds.) (1994). Musical Perceptions. Oxford University Press.
K. Moutoussis, G. A. Keliris, Z. Kourtzi & N. K. Logothetis (2005). A Binocular Rivalry Study of Motion Perception in the Human Brain. Vision Research 45 (17):2231-43.
P. V. Bundzen, V. V. Zagrantsev, K. G. Korotkov, P. Leisner & L. -E. Unestahl (2000). Comprehsnive Bioelectrographic Analysis of Mechanisms of the Alternative State of Consciousness. Human Physiology 26 (5):558-566.
Andy Hamilton (2011). Rhythm and Stasis: A Major and Almost Entirely Neglected Philosophical Problem. Proceedings of the Aristotelian Society 111 (1pt1):25-42.
Barbara R. Barry (1990). Musical Time: The Sense of Order. Pendragon Press.
F. Mace & J. C. Gage (1998). Human Rhythm and Divine Rhythm in Ainu Epics. Diogenes 46 (181):31-42.
Stephanie M. Stalinski & E. Glenn Schellenberg (2012). Music Cognition: A Developmental Perspective. Topics in Cognitive Science 4 (4):485-497.
Valeria Strelets (2003). Cortical Connectivity in High-Frequency Beta-Rhythm in Schizophrenics with Positive and Negative Symptoms. Behavioral and Brain Sciences 26 (1):105-106.
Satinder P. Gill (2012). Rhythmic Synchrony and Mediated Interaction: Towards a Framework of Rhythm in Embodied Interaction. [REVIEW] AI and Society 27 (1):111-127.
E. A. Sonnenschein (1923). The Rhythm of Speech The Rhythm of Speech. By Dr. W. Thomson. One Vol. 4to. Pp. 559 + 10. Glasgow : MacLehose and Jackson, 73, West George Street, 1923. £5 5s. [REVIEW] The Classical Review 37 (7-8):187-188.
Lascelles Abercrombie (1927). What is Rhythm ? What is Rhythm ? An Essay. By E. A. Sonnenschein, M.A., D.Litt. Oxford: Basil Blackwell. 10s. 6d. Net. The Classical Review 41 (06):235-237.
D. M. Jones (1976). Accent and Rhythm W. Sidney Allen: Accent and Rhythm. Prosodic Features of Latin and Greek: A Study in Theory and Reconstruction. (Cambridge Studies in Linguistics, 12.) Pp. Xiv + 394. Cambridge: University Press, 1973. Cloth, £7·90. [REVIEW] The Classical Review 26 (02):225-226.
Added to index2012-07-19
Total downloads11 ( #112,960 of 1,088,389 )
Recent downloads (6 months)1 ( #69,601 of 1,088,389 )
How can I increase my downloads?