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MESSAGE FOLLOWS:
Dear all,
A reminder that today, Friday 9th December at 1:30pm, Justin London will
present the tutorial 'Basic aspects and concepts of musical rhythm' and
the seminar 'The effect of self-motion on judgments of musical tempo'.
The tutorial is expected to last around 90 and 120 minutes and will be
followed by the seminar. All are welcome to attend.
The talks will take place in room BR 3.01 in the Computer Science
building, Queen Mary University of London, Mile End Road, London E1 4NS.
Directions on how to access the building can be found at
http://www.eecs.qmul.ac.uk/about/campus-map.php. If you experience
problems entering, the lab phone number is +44 (0)20 7882 5343 and if I am
not available, anyone else in the lab should be able to help. If you are
coming from outside Queen Mary, please let me know, so I can make sure
no-one is stuck outside the doors. Details of future seminars can be found
at http://www.eecs.qmul.ac.uk/newsevents/researchgroupevents.php?i=12.
If you wish to be added to / removed from our mailing list, please send me
an email and I'll be happy to do so.
Friday's tutorial and seminar (9th December, 1:30pm-4:00pm):
Tutorial title:
Basic aspects and concepts of musical rhythm
Tutorial topics:
* Distinction between rhythm and meter
* Beats and beat Entrainment
* Tempo
* Psychological aspects of rhythm perception and motor behavior
* Rhythm terminology, both musical and psychoacoustic
* Rhythmic coherence
Seminar title:
The effect of self-motion on judgments of musical tempo
Speaker:
Justin London
Seminar abstract:
Converging evidence from neuroscience (Chen, Penhune, & Zatorre 2009;
Grahn and McAuley 2009) and behavioral studies (Repp 2005) points to an
intimate link between rhythm perception and production. This presentation
will report on recent experiments in which listeners tapped at two
different rates (relative to the tactus) to melodies and percussive
patterns presented at a wide range of tempos. It was found that tapping
rate affects tempo judgment for some listeners; there is also an
interaction between musical training, movement rate, and perceived tempo.
These results are compared with those of Boltz (1998, 2011) regarding the
effect of melodic structure, and Grahn & McAuley (2009) regarding
neurological differences which may be related to differences in rhythmic
sensitivity. More broadly, we posit that listening to a melody engages
our mechanisms for tracking auditory objects in a way that a purely
percussive pattern does not, and that our sense of the speed of a musical
passage may depend in part in our sense of how fast we have to move in
order to move with it.
Bio:
JUSTIN LONDON is Professor of Music at Carleton College in Northfield, MN,
USA, where he teaches courses in Music Theory, The Philosophy of Music,
Music Perception and Cognition, and American Popular Music. Trained as a
classical guitarist, he holds the Ph.D. in Music History and Theory from
the University of Pennsylvania where he studied with Leonard Meyer. He
has written articles and reviews on a wide range of subjects, from humor
in Haydn to the perception of complex meters. His book Hearing in Time
(Oxford University Press, 2004) is a cross-cultural exploration of the
perception and cognition of musical meter. In 2005-2006 he was a visiting
scholar at the Centre for Music and Science of Cambridge University under
the auspices of a UK Fulbright Foundation grant. He has given many talks
and symposia, including the Mannes Institute for Advanced Studies in Music
Theory (New York, 2005), the International Orpheus Academy for Music &
Theory (Ghent, Belgium, 2007), and the Interdisciplinary College (IK) in
cognitive science (Günne, Germany, 2009 & 2010). He served as President of
the Society for Music Theory in 2007-2009.
Future C4DM seminars:
Geraint Wiggins - QMUL
Wed 25th January 2012
(Seminar details tbc)
C4DM Website : http://www.elec.qmul.ac.uk/digitalmusic/index.html
--
Peter Foster
Postgraduate Research Student
Room 104, Electronic Engineering Bldg
Centre for Digital Music
Queen Mary, University of London
Mile End Road, London E1 4NS, UK
email: [log in to unmask]
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