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  • Understanding Musical Understanding: The Philosophy, Psychology and Sociology of the Musical Experience
  • David Baker
Harold E. Fiske, Understanding Musical Understanding: The Philosophy, Psychology and Sociology of the Musical Experience. (Lewiston, New York: Edwin Mellen Press, 2008).

Building on several earlier publications on music and the mind (1990, 1993, 1996, 2004), Harold Fiske offers Understanding Musical Understanding. This is a well-referenced piece that outlines the thinking of various authors (for example, Crowder, 19931; Huron, 2006;2 Snyder, 20073). Furthermore, as Fiske meticulously constructs his case, it draws in psychologists such as Carl Seashore and philosophers like Aristotle, Hegel, Kant, and Schopenhauer. All this suggests an author of great expertise and wide appeal.

Fiske begins to build his argument by discussing musical cognition in terms of ‘time’ (Chapter 2) and ‘shape’ (Chapter 3) returning to these themes in greater detail in Chapter 6. It may seem axiomatic that music is perceived structurally and through time. Yet, as the author mentions, the capacity for someone to designate musical form is no way in which to illustrate systematically the workings of musical understanding. This happens swiftly and unceasingly in the course of a person’s musical encounter. It is commonplace, too, for musicians and listeners to allude to visual imagery and shape when describing music (for example, ‘high [End Page 204] and low pitches,’ ‘a texture that is dense or thin,’ or ‘an angular melody’). Fiske contributes a plausible explanation of musical shape:

. . . the perceived shape of music can only be the outcome of a construction (not reconstruction or ‘copy’) calculated on the part of the neural network mechanisms… The ‘reality’ of a musical-auditory image is likely a result of imposing a three-dimensioned visual perspective on an inherently unstructured (invisible, tasteless, intangible, and otherwise unknowable) transitory experience. This is the only means the brain has for making sense of a sound event. What it seems to do is: identify relevant cues, piece the cues together into patterns that can be retained (in the echoic memory) long enough for brain mechanisms to examine and create the sense that we can ‘look’ at music by invoking principles borrowed from vision, and then creating the impression of an auditory ‘object.’ The ‘object’ seems complete and multidimensioned but is, however, only remotely related to what we hear during the slit-like limitations of the perceptual ‘now.’

(p. 56).

Nonetheless, the manner in which we communicate musical perception with terms borrowed from vision does not inconclusively evidence the same mechanisms of human thought on receiving visual or, on the other hand, musical stimuli. Use of such language may only represent an opportune mode of expressing phenomena to which we have no dedicated vocabulary. Fiske argues that musical understanding is part of the human organism’s genetically-inherited capacity to construe (rapidly invent) patterns from sonic stimuli thus making sense of temporal experience. This process, he argues, is part of the brain’s facility to determine quickly the source, kind and meaning of stimuli for the organism’s immediate safety and survival; the mental processes involved are regulated by ‘brain time’ as opposed to ‘clock time.’ Brain time is “. . . a rapid, micro-temporal, flexible-variable scheme. . .” (p. 8) in contrast to pre- and externally-determined ‘clock time.’

Musical memory is addressed in Chapter 4 in tandem with ‘pattern constructs.’ Pattern constructs, Fiske explains, are ‘chunks’ of learned musical experience encoded in ‘brain time’ as multi-dimensional, unidirectional entities (p. 63). There is evidence of the ‘inner replay’ of learned events such as these.4 Incoming musical information is perceived, though, according to the listener’s cognitive context, and perhaps retroactively linked for ‘best fit’ rather than being ‘measured’ against fixed expectations and pre-established contextual information, say, about genre. The degree of ‘best fit’ either confirms or modifies assumed context. An important point Fiske makes, then, is that “. . . a misfit . . . between incoming information and the presumed context” evidences learning (p. 84).5 Since a ‘misfit’ triggers modifications to the cognitive context by which a person discerns music, it enriches his or her musical knowledge and understanding. [End Page 205] Consequently, Fiske sets a challenge for music education: “. . . how [do we] design teaching...

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