This book addresses the central problem of music cognition: how listeners' responses move beyond mere registration of auditory events to include the organization, interpretation, and remembrance of these events in terms of their function in a musical context of pitch and rhythm. Equally important, the work offers an analysis of the relationship between the psychological organization of music and its internal structure. Combining over a decade of original research on music cognition with an overview of the available literature, (...) the work will be of interest to cognitive and physiological psychologists, psychobiologists, musicians, music researchers, and music educators. The author provides the necessary background in experimental methodology and music theory so that no specialized knowledge is required for following her major arguments. (shrink)

Although acoustic frequency is not a spatial property of physical objects, in common language, pitch, i.e., the psychological correlated of frequency, is often labeled spatially (i.e., “high in pitch” or “low in pitch”). Pitch-height is known to modulate (and interact with) the response of participants when they are asked to judge spatial properties of non-auditory stimuli (e.g., visual) in a variety of behavioral tasks. In the current study we investigated whether the modulatory action of pitch-height (...) extended to the haptic estimation of height of a virtual step. We implemented a HW/SW setup which is able to render virtual 3D objects (stair-steps) haptically through a PHANTOM device, and to provide real-time continuous auditory feedback depending on the user interaction with the object. The haptic exploration was associated with a sinusoidal tone whose pitch varied as a function of the interaction point’s height within (i) a narrower and (ii) a wider pitch range, or (iii) a random pitch variation acting as a control audio condition. Explorations were also performed with no sound (haptic only). Participants were instructed to explore the virtual step freely, and to communicate height estimation by opening their thumb and index finger to mimic the step riser height, or verbally by reporting the height in centimeters of the step riser. We analyzed the role of musical expertise by dividing participants into non musicians and musicians. Results showed no effects of musical pitch on high-realistic haptic feedback. Overall there is no difference between the two groups in the proposed multimodal conditions. Additionally, we observed a different haptic response distribution between musicians and non musicians when estimations of the auditory conditions are matched with estimations in the no sound condition. (shrink)

Three experiments explored online recognition in a nonspeech domain, using a novel experimental paradigm. Adults learned to associate abstract shapes with particular melodies, and at test they identified a played melody’s associated shape. To implicitly measure recognition, visual fixations to the associated shape versus a distractor shape were measured as the melody played. Degree of similarity between associated melodies was varied to assess what types of pitch information adults use in recognition. Fixation and error data suggest that adults naturally (...) recognize music, like language, incrementally, computing matches to representations before melody offset, despite the fact that music, unlike language, provides no pressure to execute recognition rapidly. Further, adults use both absolute and relative pitch information in recognition. The implicit nature of the dependent measure should permit use with a range of populations to evaluate postulated developmental and evolutionary changes in pitch encoding. (shrink)

Both of the companion target articles place considerable performance on music performance ability, with specific attention paid to singing in harmony for the music and social bonding hypothesis proposed by Savage and colleagues. In this commentary, I evaluate results from recent research on singing accuracy in light of their implications for the MSB hypothesis.

Absolute pitch, besides the psychological and neurological interests it has, raises some conceptual difficulties that can teach us about the richness of our notion of musical tone and various aspects of its identification. It is argued that when AP is conceived under a slim notion of identifying the pitch of a crude sound, it is hardly meaningful and has no significance in music comprehension. The rich notion, which is the meaningful and important one, involves knowing the position (...) of a tone in a tone-space and its relations. This is presented as experiential: hearing and identifying tones under concepts and relations that are experienced rather than figured out or derived on the basis of crude identification of bare tones. Since many of these concepts and relations are musically meaningful, this rich notion of identification is thus connected to musical understanding and aesthetic appreciation of a musical work. It may also be claimed to be vital in passing between different sense modalities, and can explain various aspects of AP and puzzles connected with it. (shrink)

Speech and music reflect extraordinary aspects of human cognitive abilities. Pitch, as an important parameter in the auditory domain, has been the focus of previous research on the relations between speech and music. The present study continues this line of research by focusing on two aspects of pitch processing: pitch prominence and melodic expectation. Specifically, we examined the perceived boundary of prominence for focus/accent in speech and music, plus the comparison between the pitch expectation patterns of (...) music and speech. Speech (Mandarin Chinese) and music stimuli were created with different interval steps that increased from 1 semitone to 12 semitones from the third to the fourth word/note of a sentence/melody. The results showed that ratings of both accent/focus and expectation/surprise increased with increasing semitone distance from the baseline (though this pattern was mixed with tonal stability profiles for the melodies). Nevertheless, the perceived boundary of prominence was different for music and speech, with the boundary for detecting prominence in speech higher than that in music. Expectation also showed different patterns for speech and music. The results thus favor the suggestion that speech prosody and music melody tend to require specialized pitch patterns unique to their own respective communication purposes. (shrink)

The ongoing generation of expectations is fundamental to listeners’ experience of music, but research into types of statistical information that listeners extract from musical melodies has tended to emphasize transition probabilities and n‐grams, with limited consideration given to other types of statistical learning that may be relevant. Temporal associations between scale degrees represent a different type of information present in musical melodies that can be learned from musical corpora using expectation networks, a computationally simple method based on (...) activation and decay. Expectation networks infer the expectation of encountering one scale degree followed in the near (but not necessarily immediate) future by another given scale degree, with previous work suggesting that scale degree associations learned by expectation networks better predict listener ratings of pitch similarity than transition probabilities. The current work outlines how these learned scale degree associations can be combined to predict melodic continuations and tests the resulting predictions on a dataset of listener responses to a musical cloze task previously used to compare two other models of melodic expectation, a variable‐order Markov model (IDyOM) and Temperley's music‐theoretically motivated model. Under multinomial logistic regression, all three models explain significant unique variance in human melodic expectations, with coefficient estimates highest for expectation networks. These results suggest that generalized scale degree associations informed by both adjacent and nonadjacent relationships between melodic notes influence listeners’ melodic predictions above and beyond n‐gram context, highlighting the need to consider a broader range of statistical learning processes that may underlie listeners’ expectations for upcoming musical events. (shrink)

Although music is universal, there is a great deal of cultural variability in music structures. Nevertheless, some aspects of music processing generalize across cultures, whereas others rely heavily on the listening environment. Here, we discuss the development of musical knowledge, focusing on four themes: (a) capabilities that are present early in development; (b) culture-general and culture-specific aspects of pitch and rhythm processing; (c) age-related changes in pitch perception; and (d) developmental changes in how listeners perceive emotion in (...) music. (shrink)

Music, difference and repetition -- Producing new music : rhizomes, assemblages and refrains -- Rethinking musical pitch : the smooth and the striated -- Thinking musical time -- A Deleuzian semiotics of music.

I identify two components in the perception of musical pitches, which make pitch perception more like colour perception than it is usually taken to be. To back up this implausible claim I describe a programme whereby individuals can learn to identify the components in musical tones. I also claim that following this programme can affect one's pitch-recognition capacities.

Why do humans make music? Theories of the evolution of musicality have focused mainly on the value of music for specific adaptive contexts such as mate selection, parental care, coalition signaling, and group cohesion. Synthesizing and extending previous proposals, we argue that social bonding is an overarching function that unifies all of these theories, and that musicality enabled social bonding at larger scales than grooming and other bonding mechanisms available in ancestral primate societies. We combine cross-disciplinary evidence from archeology, anthropology, (...) biology, musicology, psychology, and neuroscience into a unified framework that accounts for the biological and cultural evolution of music. We argue that the evolution of musicality involves gene–culture coevolution, through which proto-musical behaviors that initially arose and spread as cultural inventions had feedback effects on biological evolution because of their impact on social bonding. We emphasize the deep links between production, perception, prediction, and social reward arising from repetition, synchronization, and harmonization of rhythms and pitches, and summarize empirical evidence for these links at the levels of brain networks, physiological mechanisms, and behaviors across cultures and across species. Finally, we address potential criticisms and make testable predictions for future research, including neurobiological bases of musicality and relationships between human music, language, animal song, and other domains. The music and social bonding hypothesis provides the most comprehensive theory to date of the biological and cultural evolution of music. (shrink)

Music can be described as sequences of events that are structured in pitch and time. Studying music processing provides insight into how complex event sequences are learned, perceived, and represented by the brain. Given the temporal nature of sound, expectations, structural integration, and cognitive sequencing are central in music perception (i.e., which sounds are most likely to come next and at what moment should they occur?). This paper focuses on similarities in music and language cognition research, showing that music (...) cognition research provides insight into the understanding of not only music processing but also language processing and the processing of other structured stimuli. The hypothesis of shared resources between music and language processing and of domain-general dynamic attention has motivated the development of research to test music as a means to stimulate sensory, cognitive, and motor processes. (shrink)

Wittgenstein was apparently looking for someone else. It was because he had not been successful that he had knocked at the Leavises’ door, to bide his time there before he looked again. On entering the house, he immediately peered through the window into the street. Yet after a moment he turned and said abruptly: “You’ve got a gramophone, I see—I don’t suppose you’ve anything worth playing.” And “Then,” so Leavis continues the description,with a marked change of tone, he exclaimed “Ah!”: (...) from the repository just at hand he pulled out the album of Schubert’s Great C Major Symphony and put the first record on the machine. A moment after the music began to sound he lifted the tone-arm, altered the speed, and lowered... (shrink)

Terms for the pitch of tones, such as 'high-low' do not describe pitch and can interfere with our apprehending such data for what they are in their sensuous uniqueness. Very different alternatives such as 'narrow-broad' or French aigu-grave serve equally well. In listening to music the first requisite is the apprehension of 'uncategorized' tones, the words for them serving only as a way of marking the fact of their differences. This must lead us to reaffirm what was said (...) by Gorgias about what language can and cannot do in respect of such data. (shrink)

This chapter reviews the field of music perception and cognition, which is the area of cognitive psychology devoted to determining the mental mechanisms underlying our appreciation of music. The chapter begins with the study of pitch, including the constructive nature of pitch perception and the cognitive structures reflecting its simultaneous and sequential organization in Western tonal‐harmonic music. This is followed by reviews of temporal organization in music, and of musical performance and ability. Next, literature concerning the cognitive (...) neuroscience of music is examined, including studies of neuropsychology, neuroimaging, and event‐related potentials. The chapter concludes with a discussion of developmental music cognition, cross‐cultural music cognition, and the evolutionary psychology of music. (shrink)

Music and language are universal human abilities with many apparent similarities relating to their acoustics, structure, and frequent use in social situations. We might therefore expect them to be understood and processed similarly, and indeed an emerging body of research suggests that this is the case. But the focus has historically been on the individual, looking at the passive listener or the isolated speaker or performer, even though social interaction is the primary site of use for both domains. Nonetheless, an (...) important goal of emerging research is to compare music and language in terms of acoustics and structure, social interaction, and functional origins to develop parallel accounts across the two domains. Indeed, a central aim of both of evolutionary musicology and language evolution research is to understand the adaptive significance or functional origin of human music and language. An influential proposal to emerge in recent years has been referred to as the social bonding hypothesis. Here, within a comparative approach to animal communication systems, I review empirical studies in support of the social bonding hypothesis in humans, non-human primates, songbirds, and various other mammals. In support of this hypothesis, I review six research fields: (i) the functional origins of music; (ii) the functional origins of language; (iii) mechanisms of social synchrony for human social bonding; (iv) language and social bonding in humans; (v) music and social bonding in humans; and (vi) pitch, tone and emotional expression in human speech and music. I conclude that the comparative study of complex vocalizations and behaviors in various extant species can provide important insights into the adaptive function(s) of these traits in these species, as well as offer evidence-based speculations for the existence of “musilanguage” in our primate ancestors, and thus inform our understanding of the biology and evolution of human music and language. (shrink)

Studies by Gardiner and colleagues connecting musical pitch and arithmetic learning support Rips et al.'s proposal that natural number concepts are constructed on a base of innate abilities. Our evidence suggests that innate ability concerning sequence ( or BSC) is fundamental. Mathematical engagement relating number to BSC does not develop automatically, but, rather, should be encouraged through teaching.

Parallels between the mathematics of tiling, which describes geometries of visual space, and neo-Riemannian theory, which describes geometries of musical space, make it possible to show that certain paradoxes featured in the visual artworks of M. C. Escher also appear in the pitch space modelled by the neo-Riemannian Tonnetz . This article makes these paradoxes visually apparent by constructing an embodied model of triadic pitch space in accordance with principles drawn from the mathematics of tiling, on the (...) one hand, and from cognitive science, on the other – specifically, the notion that our experience of pitch relationships is governed in part by the metaphorical projection of patterns abstracted from embodied experience known as image schemas. These paradoxes are illustrated with reference to passages drawn from four compositions to whose expressive character such paradoxes contribute: the fifteenth-century motet 'Absalon fili mi'; the finale of Haydn's String Quartet in G major, Op. 76 No. 1; Brahms's Intermezzo in B minor, Op. 119 No. 1; and Wagner's Parsifal. (shrink)

Mimetic comprehension -- Mimetic comprehension of music -- Metaphor and related means of reasoning -- Pitch height -- Temporal motion and musical motion -- Perspectives on musical motion -- Music and the external senses -- Musical affect -- Applications -- Review and implications.

In lieu of an abstract, here is a brief excerpt of the content:Reviewed by:Thinking Musically, and: Teaching Music GloballyJames AckmanBonnie C. Wade, Thinking Musically ( Oxford University Press: New York, 2004)and Patricia Shehan Campbell, Teaching Music Globally ( Oxford University Press: New York, 2004).Thinking Musically and Teaching Music Globally, the first two volumes in The Global Music Series, for which Wade and Shehan are general editors, offer concisely stated themes that permeate their texts and the authors' extensive use of cross-referencing (...) provides music educators at all levels the resources to achieve their educational and musical goals.Thinking Musically begins with Bonnie Wade's statement of the purposes of the book, which are to offer "a basis for the contrast and comparison of diverse 'musics,'" "provide a set of unifying topics that recur in multiple case studies," and "frame and complement a series of cases studies in The Global Music Series."1 Wade states unequivocally that Thinking Musically is ultimately a study of musical practices and ideas from around the world and that at its core, Thinking Musically "is a teaching book."2 A unifying theme throughout the volume is the view of how people constantly make music meaningful in their lives, including how music functions within a social group or particular society.3Thinking Musically includes a fifty-nine track CD containing musical examples that are designed for inclusion in the lessons and projects outlined in the [End Page 81] series. These provide aural illustrations of the topics discussed in each chapter. Activities include musical examples chosen by students which relate to the topic. The first chapter, "Thinking About Music," is based upon the concept of furthering students' awareness of musics beyond their everyday comfort level. Wade states that music is a process and not simply a method of organized sounds or compositions,4 and discusses music in terms of sound, values, and aesthetics.A striking aspect of this chapter is Wade's in-depth discussion of the contextual meaning of music within various cultures. Using such exotic examples as Central Javanese gamelan and a Navajo work song,5 she explores the rich variety of aural experiences available to students. The suggested activities exhibit Wade's understanding of educational philosophy and her awareness of what educators require in structuring appropriate musical experiences for their students.In Chapter 2, "Thinking About Instruments," Wade examines the roles of musical within a particular society and the topic of cultural diffusion.6 A succession of examples of instruments and musicians emphasizes her point that music has historically been interwoven with culture and society. Suggested activities include identifying extra musical links with instruments7 as a method of increasing students' awareness of music in daily life events, "the nature of the musical roles (of) musicians," and the meaning of musical terms (for example, soloist, accompanist) within the context of culture. Examples are drawn from the familiar, such as "New Orleans front-line," and the exotic, a North Indian singer.8Chapters 3–5 ("Thinking About Time," "Thinking About Pitch," and "Thinking About Structure") are devoted to the basic elements of music. Musical time is explored through its origins and function within specific cultures. Again, Wade uses an assortment of musical examples drawn from throughout the world in order to emphasize her points.Both the strongest and weakest aspects of the author's presentation style are on display in these three chapters. Wade has included an abundance of detailed suggested activities pertaining to various rhythmic concepts, such as Southeast Asian colotomic structure and Korean changdan, replete with detailed charts for presenting the material. Yet the amount of detail included borders on minutiae and the resulting format risks information overload for both teacher and student. A separate activities booklet might help reduce some of the clutter and also allow teachers to select more easily the concepts and activities they would like to use for a particular class session or unit.In chapter 6, "Thinking about Issues," Wade examines some arguably contentious topics that impact contemporary music education, including acculturation, gender, and "global versus local,"9 where her pithy assertions are eloquently presented. Student activities are designed to demonstrate the interconnectedness of musics among nations and communities as well as authenticity in their own cultures.10... (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Music Education and Spirituality:Philosophical Exploration IiAnthony J. PalmerMusic, beyond its pitches and rhythms, timbres and dynamics, has elusive qualities that many have difficulty identifying and discussing. In this regard Rabindranath Tagore speaks of the "ineffable":But when our heart is fully awakened in love, or in other great emotions, our personality is in its flood-tide. Then it feels the longing to express itself for the very sake of expression. Then (...) comes art, and we forget the claims of necessity, the thrift of usefulness; the spires of our temples try to kiss the stars and the notes of our music to fathom the depth of the ineffable.1Abraham Maslow points to a similar state of being:Transcendence refers to the very highest and most inclusive or holistic levels of human consciousness, behaving and relating, as ends rather than as means, to oneself, to significant others, to human beings in general, to other species, to nature, and to the cosmos.2 [End Page 143]One deep, the other beyond, both direct attention toward something richer, exceeding technical competence and excellent rendition of the score. Yet, the very realms where these qualities reside seem to be above our ability to assess other than to say, "we know it when we experience it."3 Is there some realization that we have transcended the mundane, passed over to another plane of existence and gone beyond an egocentric mind-frame? And could subjective reports satisfy any objective criteria that the event truly happened? Moreover, could one's experience be distinguished qualitatively from another's? This is one of the quandaries when attempting to assess experience of such an elusive nature. Although, these questions lie at the foundation of such an inquiry as this, answers await additional investigation at a later time. For the present, this study will be limited to laying the groundwork for these future explorations.A clarification of terms preceding this essay is imperative. To begin, the discourse will use 'spirituality' and 'transcendence' interchangeably. Various readings suggest that there is sufficient agreement that these terms describe the same noumenal experience. For example, physicist Fritjof Capra states that:Spiritual experience is an experience of aliveness of mind and body as a unity. Moreover, this experience of unity transcends not only the separation of mind and body, but also the separation of self and world. The central awareness in these spiritual moments is a profound sense of oneness with all, a sense of belonging to the universe as a whole.4This essay continues in this vein and that of my previous article on the subject5 that the religious and doctrinal are not part of the discussion. Therefore, an effort will be made to distance spirituality, as used here, from religion. In that light, a brief comparison will prove helpful.Spirituality has its roots in the Latin: "in + spirare (Latin to breathe). Archaic: to breathe or blow into or upon; to infuse (as life) by breathing."6 This "blowing upon" is no better illustrated than in the account in Genesis. Chapter 2, verse 4, line 7 reads: "Then the Lord God formed man of dust from the ground, and breathed into his nostrils the breath of life; and man became a living being."7 Psyche in Greek and atman in Sanskrit have essentially the same meaning of breath and being alive, that is, embodying an animating force.This animating force, in my view, is not of metaphysical origins, but rather inherent in the evolution of the human species. Spirituality is a human quality as a product of supreme levels of consciousness. Additionally, it has the quality of knowing that we are conscious. C. G. Jung's statement is appropriate in describing this seemingly incomprehensible characteristic.Were organized religion to disappear by some quirk of social process, the human community still cannot and must not do without cultivating the spiritual, [End Page 144] what Jung calls the "attitude peculiar to a consciousness which has been changed by experience of the numinosum."8Diane Ackerman supports the non-metaphysical origins of the impulse.Our sensitivity to religion means that at some stage in human history, our chance of mating and surviving increased... (shrink)

Vocal music and spoken language both have important roles in human communication, but it is unclear why these two different modes of vocal communication exist. Although similar, speech and song differ in certain design features. One interesting difference is in the pitch intonation contour, which consists of discrete tones in song, vs. gliding intonation contours in speech. Here, we investigated whether vocal phrases consisting of discrete pitches (song-like) or gliding pitches (speech-like) are remembered better, conducting three studies implementing auditory (...) same-different tasks at three levels of difficulty. We tested two hypotheses: that discrete pitch contours aid auditory memory, independent of musical experience (“song memory advantage hypothesis”), or that the higher everyday experience perceiving and producing speech make speech intonation easier to remember (“experience advantage hypothesis”). We used closely matched stimuli, controlling for rhythm and timbre, and we included a stimulus intermediate between song-like and speech-like pitch contours (with partially gliding and partially discrete pitches). We also assessed participants' musicality to evaluate experience-dependent effects. We found that song-like vocal phrases are remembered better than speech-like vocal phrases, and that intermediate vocal phrases evoked a similar advantage to song-like vocal phrases. Participants with more musical experience were better in remembering all three types of vocal phrases. The precise roles of absolute and relative pitch perception and the influence of top-down vs. bottom-up processing should be clarified in future studies. However, our results suggest that one potential reason for the emergence of discrete pitch–a feature that characterises music across cultures–might be that it enhances auditory memory. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Reviewed by:Understanding Musical Understanding: The Philosophy, Psychology and Sociology of the Musical ExperienceDavid BakerHarold 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... (shrink)

We assessed the automaticity of spatial-numerical and spatial-musical associations by testing their intentionality and load sensitivity in a dual-task paradigm. In separate sessions, 16 healthy adults performed magnitude and pitch comparisons on sung numbers with variable pitch. Stimuli and response alternatives were identical, but the relevant stimulus attribute (pitch or number) differed between tasks. Concomitant tasks required retention of either color or location information. Results show that spatial associations of both magnitude and pitch are load (...) sensitive and that the spatial association for pitch is more powerful than that for magnitude. These findings argue against the automaticity of spatial mappings in either stimulus dimension. (shrink)

Now commonly accepted as the point of reference for musicians in the Western world, A 440 hertz only became the standard pitch during an international conference held in 1939. The adoption of this norm was the result of decades of negotiations between countries involving performers, composers, diplomats, physicists, and sound engineers. Although musicians and musicologists are aware of the variability of musical pitches over time, as attested by the use of lower frequencies to perform early music repertoires, no (...) study has fully explained the invention of our current concert pitch. In this book, Fanny Gribenski draws on a rich variety of previously unexplored archival sources and a unique combination of musicological perspectives, transnational history, and science studies. Tuning the World demonstrates the aesthetic, scientific, industrial, and political contingencies underlying the construction of one of the most "natural" objects of contemporary musical performance, itself the result of a cacophony of competing views and interests. (shrink)

Music impacting on speech processing is vividly evidenced in most reports involving professional musicians, while the question of whether the facilitative effects of music are limited to experts or may extend to amateurs remains to be resolved. Previous research has suggested that analogous to language experience, musicianship also modulates lexical tone perception but the influence of amateur musical experience in adulthood is poorly understood. Furthermore, little is known about how acoustic information and phonological information of lexical tones are processed (...) by amateur musicians. This study aimed to provide neural evidence of cortical plasticity by examining categorical perception of lexical tones in Chinese adults with amateur musical experience relative to the non-musician counterparts. Fifteen adult Chinese amateur musicians and an equal number of non-musicians participated in an event-related potential (ERP) experiment. Their mismatch negativities (MMNs) to lexical tones from Mandarin Tone 2–Tone 4 continuum and non-speech tone analogs were measured. It was hypothesized that amateur musicians would exhibit different MMNs to their non-musician counterparts in processing two aspects of information in lexical tones. Results showed that the MMN mean amplitude evoked by within-category deviants was significantly larger for amateur musicians than non-musicians regardless of speech or non-speech condition. This implies the strengthened processing of acoustic information by adult amateur musicians without the need of focused attention, as the detection of subtle acoustic nuances of pitch was measurably improved. In addition, the MMN peak latency elicited by across-category deviants was significantly shorter than that by within-category deviants for both groups, indicative of the earlier processing of phonological information than acoustic information of lexical tones at the pre-attentive stage. The results mentioned above suggest that cortical plasticity can still be induced in adulthood, hence non-musicians should be defined more strictly than before. Besides, the current study enlarges the population demonstrating the beneficial effects of musical experience on perceptual and cognitive functions, namely, the effects of enhanced speech processing from music are not confined to a small group of experts but extend to a large population of amateurs. (shrink)

Perception of music and speech is based on similar auditory skills, and it is often suggested that those with enhanced music perception skills may perceive and learn novel words more easily. The current study tested whether music perception abilities are associated with novel word learning in an ambiguous learning scenario. Using a cross-situational word learning (CSWL) task, nonmusician adults were exposed to word-object pairings between eight novel words and visual referents. Novel words were either non-minimal pairs differing in all sounds (...) or minimal pairs differing in their initial consonant or vowel. In order to be successful in this task, learners need to be able to correctly encode the phonological details of the novel words and have sufficient auditory working memory to remember the correct word-object pairings. Using the Mistuning Perception Test (MPT) and the Melodic Discrimination Test (MDT), we measured learners’ pitch perception and auditory working memory. We predicted that those with higher MPT and MDT values would perform better in the CSWL task and in particular for novel words with high phonological overlap (i.e., minimal pairs). We found that higher musical perception skills led to higher accuracy for non-minimal pairs and minimal pairs differing in their initial consonant. Interestingly, this was not the case for vowel minimal pairs. We discuss the results in relation to theories of second language word learning such as the Second Language Perception model (L2LP). (shrink)

Everyone, according to W.A. Mathieu, is musical by nature--it goes right along with being human. And if you don't believe it, this book will convince you. In a series of interrelated short essays, Mathieu takes the reader on a journey through ordinary experiences to open our ears to the rich variety of music that surrounds us but that we are trained to ignore; such as the variety of pitches produced by different objects, like glassware, furniture, drums--anything you can tap; (...) or sounds that hover on the border of music, like laughter, the clinking of glasses in a toast, or the unintentional falsetto produced by yawning. Along the way the author teaches aspects of music theory that nonmusicians might ordinarily shy away from. He reveals the way of music to be a profoundly spiritual path--one that is everyone's birthright. (shrink)

Bird songs often display musical acoustic features such as tonal pitch selection, rhythmicity, and melodic contouring. We investigated higher-order musical temporal structure in bird song using an experimental method called “music scrambling” with human subjects. Recorded songs from a phylogenetically diverse group of 20 avian taxa were split into constituent elements and recombined in original and random order. Human subjects were asked to evaluate which version sounded more “musical” on a per-species basis. Species identity and stimulus (...) treatment were concealed from subjects, and stimulus presentation order was randomized within and between taxa. Two recordings of human music were included as a control for attentiveness. Participants varied in their assessments of individual species musicality, but overall they were significantly more likely to rate bird songs with original temporal sequence as more musical than those with randomized temporal sequence. We discuss alternative hypotheses for the origins of avian musicality, including honest signaling, perceptual bias, and arbitrary aesthetic coevolution. (shrink)

There is no question, of course, that music is a temporal art. Stravinsky, noting that it is inconceivable apart from the elements of sound and time, classifies it quite simply as "a certain organization in time, a chrononomy."1 His definition stands as part of a long and honored tradition that encompasses such diverse figures as Racine, Lessing, and Schopenhauer. Schopenhauer, putting the case in its strongest terms, remarks that music is "perceived solely in and through time, to the complete exclusion (...) of space," thus making explicit the opposition between time and space and ruling out the latter as a possible area for legitimate musical experience. Yet anyone familiar with the philosophical and theoretical literature dealing with music must be struck by the persistence with which spatial terminology and categories appear. Indeed, it would seem to be impossible to talk about music at all without invoking spatial notions of one kind or another. Thus in discussing even the most elementary aspects of pitch organization—and among the musical elements, only pitch, we should remember, is uniquely musical—one finds it necessary to rely upon such spatially oriented oppositions as "up and down," "high and low," "small and large" , and so on. Space, then, pace Schopenhauer, apparently forms an inseparable part of the musical experience. · 1. Igor Stravinsky, Poetics of Music in the Form of Six Lessons, trans, Arthur Knodel and Ingolf Dahl , p. 28. Robert P. Morgan is active as both a music composer and theorist. A professor of music at the University of Chicago, he is currently composing a concerto for flute, oboe, and string orchestra to be performed at Swarthmore College. His previous contribution to Critical Inquiry, "On the Analysis of Recent Music," appeared in the Autumn 1977 issue. Anthony Gilbert responds to the current essay in "Musical Space: A Composer's View". (shrink)

This is the first comprehensive book-length introduction to the philosophy of Western music that fully integrates consideration of popular music and hybrid musical forms, especially song. Its author, Andrew Kania, begins by asking whether Bob Dylan should even have been eligible for the Nobel Prize in Literature, given that he is a musician. This motivates a discussion of music as an artistic medium, and what philosophy has to contribute to our thinking about music. Chapters 2-5 investigate the most commonly (...) defended sources of musical value: its emotional power, its form, and specifically musical features (such as pitch, rhythm, and harmony). In chapters 6-9, Kania explores issues arising from different musical practices, particularly work-performance (with a focus on classical music), improvisation (with a focus on jazz), and recording (with a focus on rock and pop). Chapter 10 examines the intersection of music and morality. The book ends with a consideration of what, ultimately, music is. (shrink)

The ties between music and philosophy are strong and venerable, as they date back to the very beginnings of the latter. According to the ancient tale, Pythagoras, when passing by a smithy one day, noticed that the hammers make sounds of different pitch and, more importantly, that some of the pitch combinations feel pleasant on the ear while the others sound rather harsh. Intrigued by this phenomenon, the ancient sage began to further investigate it with the so called (...) monochord (being just a plank with a string attached to it which could be shortened at any chosen position to alter the pitch). Thus he discovered that the successions of two sounds that sound pleasant (or, to use a more technical term, consonant) could be achieved if the string is being shortened by 1:2, 2:3 or 3:4. Pythagoras could not be more satisfied with this finding, as it proved his claim that the universe is, on its hidden and true level, based upon an intelligible mathematical structure, and, moreover, that a key to understanding this structure is the Holy Tetractys, a figure representing the first four natural numbers in the form of a regular triangle. (shrink)

This paper aims to achieve a better understanding of what Socrates means by "συμφωνε[unrepresentable symbol]ν" in the sections of the "Phaedo" in which he uses the word, and how its use contributes both to the articulation of the hypothetical method and the proof of the soul's immortality. Section I sets out the well-known problems for the most obvious readings of the relation, while Sections II and III argue against two remedies for these problems, the first an interpretation of what the (...) συμφωνε[unrepresentable symbol]ν relation consists in, the second an interpretation of what sorts of thing the relation is meant to relate. My positive account in Section IV argues that we should take the musical connotations of the term seriously, and that Plato was thinking of a robust analogy between the way pitches form unities when related by certain intervals, and the way theoretical claims form unities when related by explanatory co-dependence. Section V surveys the work of IV from the point of view of the initial difficulties and suggests further consequences for the hypothetical method, including the logical relation between the συμφωνν[unrepresentable symbol]ν and διαφωνε[unrepresentable symbol]ν relations, and the need for care in ordering the results of a hypothesis. (shrink)