The work of Robert Hooke on acoustics and music theory is a larger subject than might seem the case from studies of his career so far available. First, there are his experiments for the Royal Society which can be defined as purely acoustical, which anticipate later experiments performed by men such as J. Sauveur and E. Chladni. Second, there are passages in many of his writings which by extensive use of musical analogy attempt to account for all physical (...) phenomena of the universe, which operates on the principles of ‘harmony’ and ‘dissonance’. It is in this context that the hitherto unpublished manuscript presented at the end of this paper should be considered. This essay, which combines both the older tradition of the ‘praise of music’ and the newer consideration of the physical nature of musical sound, illustrates a particular aspect of Hooke's thought which exercised a profound influence on all his studies. (shrink)

Introduction. A radical tendency in modern approaches to understanding the mechanisms of the brain is the tendency of some scientists to believe that the brain is a receptor capable of capturing thoughts; the nature of the occurrence of the thoughts themselves, however, is not to be clarified. However, speech expressing thoughts is undoubtedly the result of the work of the brain, so studies of the frequency structure of speech can be the basis for considering the material structure of the brain (...) as a kind of “antenna”. In this approach, the problem of noise protection against the background of the undeniable frequency similarity of speech and music appears to us from somewhat different positions. This study raises the question of how essential the overall height of the musical system is to the perception of music (are there musical systems that are harmful or useful, in terms of their effects on the psyche). This question is also relevant to speech perception.Methodology and sources. The main sources in which the work of the brain and the essence of consciousness are considered from the positions indicated above were for us the work of American and British neurophysiologists and psychiatrists (Sam Parnia, Peter Fenwick). These scientists are studying the phenomena that accompany clinical death, and argue that at these moments the brain functions to the greatest extent as a receiving “antenna”. Assuming that any antenna is to be tuned, we are trying to identify possible ways to “tune” the brain. To do this, we propose to study the frequency characteristics of speech (in the simplest case, when singing vowels in a calm state) for their belonging to a particular musical system, as well as the peculiarities of music perception depending on the musical system (on the height of the note “la”). Varying the frequency characteristics of speech in a particular musical system can be considered, in our opinion, the main way to “tune” the brain. The methodology of the method is based on the use of frequency analysis of sound and the basic provisions of the elementary theory of music.Results and discussion. The main conclusion made by Western psychiatrists is the brain is not an organ of thought, consciousness exists independently from outside, the work of consciousness cannot be explained by the functioning of the brain – it requires a hardware check. If the neural network is an “antenna” that captures thoughts, and its “adjustment” at the physical level can be carried out (and is carried out) through sensory systems (including the hearing organ), the study of the frequency structure of speech will answer a number of important questions, including including related and higher brain functions (insight, creativity). Our experiments (Saint Petersburg Electrotechnical University, FIBS, department of EUT) showed that the influence of the “increased” or “lowered” musical-speech system on brain activity is insignificant. The study revealed the equiprobability of the frequency structure of speech. Since our brain lacks some characteristic set of frequencies – elements of a uniformly temperamental system, it is not necessary to talk about the harmful (or any other noise) effect of the “raised” and “lowered” systems due to deviation from the “internal standard”.Conclusion. In response to the assumptions made by Western experts, we proposed a frequency interpretation of the processes occurring in the brain, which, perhaps, will explain in more detail such phenomena as inspiration, discovery, etc., which occur with minimal activity of consciousness. Despite the limited methods of hardware study of factors that influence the activity of the brain and largely determine its higher functions (for example, creativity), the results of the brain's work in relation to music (both in terms of its creation and in terms of our reaction to it) are quite analyzable, which was shown in this study. The “musicality” of speech is extremely vividly represented in its frequency structure and allows one to reveal, to one degree or another, the features of the brain. (shrink)

Summary Between the 1860s and the 1910s, British acoustics was transformed from an area of empirical research into a mathematically organized field. Musical motives—improving musical scales and temperaments, making better musical instruments, and understanding the nature of musical tones—were among the major driving forces of acoustical researchers in nineteenth-century Britain. The German acoustician, Helmholtz, had a major impact on British acousticians who also had extensive interactions with American and French acousticians. Rayleigh's acoustics, reflecting all these features, bore remarkable (...) fruit in his treatise The Theory of Sound, which successfully subjected empirical acoustics to analytical mathematics. His accomplishments made British acoustics a subfield of physics, thus distinguishing it from the ‘new acoustics’ in early twentieth-century America. (shrink)

One hundred years after Luigi Russolo's "The Art of Noises," this book exposes a cross-section of the current motivations, activities, thoughts, and reflections of composers, performers, and artists who work with noise in all of its many forms. The book's focus is the practice of noise and its relationship to music, and in particular the role of noise as musical material--as form, as sound, as notation or interface, as a medium for listening, as provocation, as data. Its contributors are (...) first and foremost practitioners, which inevitably turns attention toward how and why noise is made and its potential role in listening and perceiving. Contributors include Peter Ablinger, Sebastian Berweck, Aaron Cassidy, Marko Ciciliani, Nick Collins, Aaron Einbond, Matthias Haenisch, Alec Hall, Martin Iddon, Bryan Jacobs, Phil Julian, Michael Maierhof, Joan Arnau Pàmies, and James Whitehead (JLIAT). The book also features a collection of short responses to a two-question "interview"--"what is noise (music) to you?" and "why do you make it?"--by some of the leading musicians working with noise today. Their work spans a wide range of artistic practice, including instrumental, vocal, and electronic music; improvisation; notated composition; theater; sound installation; DIY; and software development. Interview subjects include Eryck Abecassis, Franck Bedrossian, Antoine Chessex, Ryan Jordan, Alice Kemp (Germseed), George Lewis, Lasse Marhaug, Maja Solveig Kjelstrup Ratkje, Diemo Schwarz, Ben Thigpen, Kasper Toeplitz, and Pierre Alexandre Tremblay."--Page 4 of covers. (shrink)

To a first-order approximation we can place most worship services on a continuum between clarity and mystery, depending on the setting and content of the service. This liturgical space can be thought of as a combination of the physical acoustics of the worship space and the qualities of the sound created during the worship service. A very clear acoustic channel emphasizes semantic content, especially speech intelligibility. An immersive, reverberant acoustic emphasizes mystery and music. One of the chief challenges (...) in acoustical design is the fact that both clarity and immersion are subjectively preferred by audiences, yet these two goals are almost mutually exclusive of one another. The movement along this continuum in liturgical space can also be seen in the religious contexts for many of the worship spaces constructed in the West in the last two millennia. In the case of religious ceremony, a free field acoustic environment provides more clarity and precision in the spoken word received from God and given to the congregation. Yet a diffuse field environment provides an embodied, otherworldly sense of the supernatural: the mystery of the faith received which cannot merely be put into words. This tension is perceptible in many of the religious controversies in the West during this time period. This article examines the history of the spaces used by early Western Catholic Christians as well as those of the traditions—Lutheran and Calvinist—that left the Catholic faith during the 16th century Reformation. By considering the stated goals of these traditions alongside the architectural and liturgical innovations they created, it can be seen that emergent liturgical spaces mirror the assumptions of their respective traditions regarding the proper balance between semantic and aesthetic communication during the worship service. The Reformed faiths' emphasis on the power of the Word is reflected in the liturgical space of their services, while the Catholic faith gave greater priority to the role of Mystery, in their liturgical space as well as their explicit theology. Once constructed, these spaces also aid the cultural transmission of the sung or spoken liturgy of each tradition to future generations. (shrink)

This is the first comprehensive translation of the expanded French version of E.F.F. Chladni's Traité d'Acoustique, using Chladni's 1802 Die Akustik for reference and clarification. Chladni's experiments and observations with sound and vibrations profoundly influenced the development of the field of Acoustics. The famous Chladni diagrams along with other observations are contained in Die Akustik, published in German in 1802 and Traité d'Acoustique, a greatly expanded version, published in French in 1809. The present translation was undertaken by Robert T. (...) Beyer, PhD (1920-2008), noted acoustician, Professor of Physics at Brown University, and Gold Medal recipient of the Acoustical Society of America. Along with many other projects completed over the course of his career, Dr. Beyer translated Von Neumann's seminal work, Mathematical Foundations of Quantum Mechanics from the original German, spent 30 years translating Russian physics treatises and journals, served as editor of the English translation of the Soviet Journal of Experimental and Theoretical Physics, and also authored Sounds of our Times: Two Hundred Years of Acoustics. Represents the first comprehensive English translation of a seminal work in acoustics Translated by a prominent acoustician, and former Gold Medal recipient of the Acoustical Society of America In addition to the classic experiments with glass plates and violin bows, covers topics in music, architecture, and anatomy of human and animal hearing Appeals to a wide audience in physics, acoustics, and history of science. (shrink)

In this book, the author argues that what constitutes music in various societies is culturally based, not the result of some universal aspect of human physical and psychological make-up. This is true not only in non-Western music cultures, but in the West as well. Contrary to popular belief among musicians and the general public, the basis of Western music and acoustics is not scientific, but superstitious. Pythagorean mathematics as it relates to harmonics does not work, a (...) fact that mathematicians and scientists have known for years and this has important implications, for it means that Western musical aesthetics and educational programmes in music are not rooted in the laws of physics, as is often maintained, but in a belief system that is an arbitrary product of human imagination. (shrink)

What do Pythagoras, Plato, Newton, and Wittgenstein have in common with Jack and the Beanstalk, David and Goliath, the Hare and the Tortoise, and Formula 1 auto racing? Hearing is the clue, and musical science the answer. In his revolutionary sequel to The Concept of Music (OUP, 1990), Robin Maconie uncovers the hidden role of musical acoustics in the formulation of key concepts of science and philosophy from ancient Greece to modern times.

Schafer contends that we suffer from an overabundance of acoustic information, and explores ways to restore our ability to hear the nuances of sounds around us.

... composed by Herms Niel as a Durchhaltefanfare, a fanfare of perseverance, for the German troops that had been surrounded on the Crimea peninsula by ...

An exploration of the production, transmission, and mutation of affective tonality—when sound helps produce a bad vibe.

What is music for? How does it work? What can it teach us? Intuitively, we feel there must be answers to such questions, but they tend to be scattered throughout a wide range of different areas of study, from acoustics to music history, from psychology to composition. In this brilliant and thought-provoking book Maconie seeks the answers to these and other fundamental questions about music, integrating music and appropriate scientific research in a new evaluation of (...) his topic. In so doing, he argues passionately for a reappraisal of music, not as mere entertainment, but as something basic to our experience of listening and communicating in sound, and an art which has exerted a profound influence on society. (shrink)

Sound Unseen explores the phenomenon of acousmatic sound-a sound that one hears without seeing its source-and presents a powerful argument for the central yet overlooked role of acousmatic sound in music aesthetics, sound studies, literature, philosophy and the history of the senses.

In this article, we consider music and noise in terms of vibrational and transferable energy as well as from the evolutionary significance of the hearing system of Homo sapiens. Music and sound impinge upon our body and our mind and we can react to both either positively or negatively. Much depends, in this regard, on the frequency spectrum and the level of the sound stimuli, which may sometimes make it possible to set music apart from noise. There (...) are, however, two levels of description: the physical-acoustic description of the sound and the subjective-psychological reactions by the listeners. Starting from a vibrational approach to sound and music, we first investigate how sound may activate the sense of touch and the vestibular system of the inner ear besides the sense of hearing. We then touch upon distinct issues such as the relation between low-frequency sounds and annoyance, the harmful effect of loud sound and noise, the direct effects of overstimulation with sound, the indirect effects of unwanted sounds as related to auditory neurology, and the widespread phenomenon of liking loud sound and music, both from the point of view of behavioral and psychological aspects. (shrink)

A vigorous non-technical discussion of basic acoustical, auditory, and communications processes that guide and connect musical behaviors of every age. Developed as a source book for students of art and design it offers illuminating commentaries on more than 100 cd recorded items from classical and world music traditions.

From Ancient Greek times, music has been seen as a mathematical art, and the relationship between mathematics and music has fascinated generations. This collection of wide ranging, comprehensive and fully-illustrated papers, authored by leading scholars, presents the link between these two subjects in a lucid manner that is suitable for students of both subjects, as well as the general reader with an interest in music. Physical, theoretical, physiological, acoustic, compositional, and analytical relationships between mathematics and music (...) are unfolded and explored with focus on tuning and temperament, the mathematics of sound, bell-ringing and modern compositional techniques. (shrink)

How did human vocalizations come to acquire meaning in the evolution of our species? Charles Darwin proposed that language and music originated from a common emotional signal system based on the imitation and modification of sounds in nature. This protolanguage is thought to have diverged into two separate systems, with speech prioritizing referential functionality and music prioritizing emotional functionality. However, there has never been an attempt to empirically evaluate the hypothesis that a single communication system can split into (...) two functionally distinct systems that are characterized by music- and languagelike properties. Here, we demonstrate that when referential and emotional functions are introduced into an artificial communication system, that system will diverge into vocalization forms with speech- and music-like properties, respectively. Participants heard novel vocalizations as part of a learning task. Half referred to physical entities and half functioned to communicate emotional states. Participants then reproduced each sound with the defined communicative intention in mind. Each recorded vocalization was used as the input for another participant in a serial reproduction paradigm, and this procedure was iterated to create 15 chains of five participants each. Referential vocalizations were rated as more speech-like, whereas emotional vocalizations were rated as more music-like, and this association was observed cross-culturally. In addition, a stable separation of the acoustic profiles of referential and emotional vocalizations emerged, with some attributes diverging immediately and others diverging gradually across iterations. The findings align with Darwin’s hypothesis and provide insight into the roles of biological and cultural evolution in the divergence of language and music. (shrink)

Dans tous les univers musicaux - jazz, baroque, variétés, électro-acoustique, électronique populaire, on ne parle que du "SON"...il est devenu l'un des critères esthétiques prioritaires de la sensibilité musicale contemporaine. Il reste à savoir le décrire et l'analyser à différent niveaux : social, sémiologique, esthétique, acoustique. Ce livre ouvre la voie.

Analogies between hearing and seeing already existed in ancient Greek theories of perception. The present paper follows the evolution of such analogies until the rise of 17th century optics, with due regard to the diversity of their origins and nature but with particular emphasis on their bearing on the physical concepts of light and sound. Whereas the old Greek analogies were only side effects of the unifying concepts of perception, the analogies of the 17th century played an important role in (...) constructing optical theories by imitation of acoustic theories, or vice versa. This transition depended on several factors including the changing relations between optics, music, mathematics, and physics, the diversity of early modern concepts of sound, and the rise of a new physics based on experimentation and mechanical explanation. (shrink)

This major work covers almost all that has been learned about the acoustics of stringed instruments from Helmholtz's 19th-century theoretical elaborations to recent electroacoustic and holographic measurements.Many of the results presented here were uncovered by the author himself over a 20-year period of research on the physics of instruments in the violin family. Lothar Cremer is one of the world's most respected authorities on architectural acoustics and, not incidentally, an avid avocational violinist and violist.The book - which (...) was published in German in 1981 - first of all meets the rigorous technical standards of specialists in musical acoustics. But it also serves the needs and interests of two broader groups: makers and players of stringed instruments are expressly addressed, since the implications of the mathematical formulations are fully outlined and explained; and acousticians in general will find that the work represents a textbook illustration of the application of fundamental principles and up-to-date techniques to a specific problem.The first - and longest - of the book's three parts investigates the oscillatory responses of bowed strings. The natural nonlinearities that derive from considerations of string torsion and bending stiffness are deftly handled and concisely modeled.The second part deals with the body of the instrument. Special attention is given to the bridge, which transmits the oscillations of the strings to the wooden body and its air cavity. In this case, linear modeling proves serviceable for the most part - a simplification that would not be possible with lute - like instruments such as the guitar.The radiation of sound from the body into the listener's space, which is treated as an extension of the instrument itself, is the subject of the book's final part.Lothar Cremer is Professor Emeritus at the Technical University of Berlin, where he served as director of the Institute for Acoustical Engineering. (shrink)

Analogies between hearing and seeing already existed in ancient Greek theories of perception. The present paper follows the evolution of such analogies until the rise of 17th century optics, with due regard to the diversity of their origins and nature but with particular emphasis on their bearing on the physical concepts of light and sound. Whereas the old Greek analogies were only side effects of the unifying concepts of perception, the analogies of the 17th century played an important role in (...) constructing optical theories by imitation of acoustic theories, or vice versa. This transition depended on several factors including the changing relations between optics, music, mathematics, and physics, the diversity of early modern concepts of sound, and the rise of a new physics based on experimentation and mechanical explanation. (shrink)

The Treatise on musical objects by Pierre Schaeffer is regarded as his most important work on music and its relationship with technology. Schaeffer refers to his earlier research in musique concrète and expands this to suggest a methodology of working with sounds resulting from the recording process. Drawing on acoustics, physics, and physiology, but also philosophy and the relationship between subject and object, Schaeffer's book summarizes his theoretical and practical work in music composition. North and Dack (...) present an important book in the history of ideas in Europe that will resonate far beyond electroacoustic music."--Provided by publisher. (shrink)

A recently emerging view in music cognition holds that music is not only social and participatory in its production, but also in its perception, i.e. that music is in fact perceived as the sonic trace of social rela- tions between a group of real or virtual agents. While this view appears compatible with a number of intriguing music cognitive phenomena, such as the links between beat entrainment and prosocial behaviour or between strong musical emotions and empathy, (...) direct evidence is lacking that listeners are at all able to use the acoustic features of a musical interaction to infer the affiliatory or controlling nature of an underlying social intention. We created a novel experimental situation in which we asked expert music improvisers to communicate 5 types of non-musical social intentions, such as being domineering, dis- dainful or conciliatory, to one another solely using musical interaction. Using a combination of decoding studies, computational and psychoacoustical analyses, we show that both musically-trained and non musically-trained listeners can recognize relational intentions encoded in music, and that this social cognitive ability relies, to a sizeable extent, on the information processing of acoustic cues of temporal and harmonic coordination that are not present in any one of the musicians’ channels, but emerge from the dynamics of their interaction. By manipulating these cues in two-channel audio recordings and testing their impact on the social judgements of non-musician observers, we finally establish a causal relationship between the affiliation dimension of social behaviour and musical harmonic coordination on the one hand, and between the control dimension and musical temporal coordination on the other hand. These results provide novel mechanistic insights not only into the social cognition of musical interactions, but also into that of non-verbal interactions as a whole. (shrink)

Die Theorie des Hörens von Hermann von Helmholtz kreist um eine offene Frage: Wie geschieht der Übergang von der physikalischen Schwingung zum wahrgenommenen Klang? Helmholtz sucht die Antwort darauf nicht nur in einer Synthese des verfügbaren Wissens der Mathematik, Physik, Physiologie und Anatomie, sondern auch in der Musikgeschichte, die er als einen hörphysiologischen Langzeitversuch auffasst. Er fügt sie in sein eigenes Experimentalsystem ein, um das Wissen vom Hören aufzudecken, das in der Musik steckt. Julia Kursell zeichnet diese Experimentalisierung der Musik (...) nach, nimmt das Verhältnis von Ohr und Instrument in den Blick und rekonstruiert die Rolle und Funktion der Musik in Helmholtz' Theorie der Wahrnehmung. (shrink)

Joseph Sauveur (1653-1716) fut mathématicien, physicien et théoricien de la musique. Souvent considéré comme le fondateur de l' acoustique moderne, on lui doit les premières mesures de la fréquence absolue d'un son, une théorie mathématique du tempérament, les premières explications convaincantes des phénomènes d'harmoniques et de battements, ainsi que l'application de ses recherches aux jeux d'orgue et à d'autres instruments de musique. Ce volume réunit l'ensemble des travaux de Sauveur sur le son et la musique, ainsi qu'un manuscrit de cet (...) auteur datant de 1697, publié ici pour la première fois. Les travaux de Sauveur sont accompagnés de textes d'introduction et de notes explicatives"--Page 4 of cover. (shrink)

In this paper, I address the question of how emotional qualities can be attributed to musical timbre, an acoustic feature that has proven challenging to explain using traditional accounts of musical emotions. I begin presenting the notion of musical expressiveness, as it has been conceived by cognitivists to account for the emotional quality of various musical elements like melody and rhythm. However, I also point out some limitations in these accounts, which hinder their ability to fully elucidate the emotional expressiveness (...) of timbre, especially when considering it as a result of non-cognitively mediated processes. Consequently, I explore the link between timbre and atmosphere by reviewing anecdotal sources that have characterized timbre in terms of atmosphere. The goal here is to determine if these characterizations should be seen as merely allusive and metaphoric expressions or if they genuinely reveal essential properties of timbre. To achieve this goal, I delve deeper into the notion of atmosphere, and I show that it shares several key traits with the notion of musical emotions as conceived in the cognitivist’s account. Both musical emotions and atmospheres are affectively charged externalities that are apprehended by the subject without cognitive mediation. Drawing from this insight, I conclude that the notion of atmosphere can serve as a valuable tool in explaining the emotional expressivity of timbre without invoking the resemblance-based mechanisms often found in cognitive accounts of expressiveness. (shrink)

How do our embodied experiences of music shape our analysis, theorizing, and interpretation of musical texts, and our engagement with practices including composing, improvising, listening, and performing? 'Music, Analysis, and the Body: Experiments, Explorations, and Embodiments' is a pioneering essay collection uniting major and emerging scholars to consider how theory and analysis address music's literal and figurative bodies. The essayists offer critical overviews of different theoretical approaches to music analysis and embodiment, then test and demonstrate their (...) ideas in specific repertoires. The range of musics analysed is diverse: Western art music sits alongside non-Western repertoires, folk songs, jazz, sound art, audio-visual improvisations, soundtracks, sing-alongs, live events, popular songs, and the musical analysis of non-musical experiences. Topics examined include affect, agency, energetics, feel, gesture, metaphor, mimesis, rehearsal, subjectivity, and the objects of music analysis--as well as acoustic ecology, alterity, class, distraction, excess, political authority, sensoriality, technology, and transcendence. (shrink)

Summary In this contribution, I discuss the perceptual potential of certain genres of experimental and contemporary music, commonly grouped under the label “sound-based music”. The sonic patterns typical of this music are mostly associated, during listening, with visual and tactile sensory qualities and can evoke mental representations as shapes in motion. These are the result of physical-acoustic energies organized according to a perceptual grammar whose organization follows a series of Gestalt and kinaesthetic principles. The paper explores the (...) nature of the relationship between sound patterns of sound-based music and their mental images. Based on morphodynamic theory, it is proposed the emergence of cognitive image schemas, which are at the centre of this relationship. The image schemas depict the forces and tensions of our experience of the world (e.g., figure-background, near-far, superimposition, compulsion, blockage), as being the cognitive and experiential response to the incoming sound patterns. The sense of this music activates precisely the basic structures of sensorimotor experience by which we encounter a world that we can understand and act within, leading to a rich series of high-level associations and responses. (shrink)

A wide range of countries decided to go into lockdown to contain the coronavirus disease (COVID-19) pandemic of 2020, a setting separating people and restricting their movements. We investigated how musicians dealt with this sudden restriction in mobility. Responses of 234 people were collected. The majority of respondents (95%) resided in Belgium or the Netherlands. Results indicated a decrease of 79% of live music making in social settings during lockdown compared with before lockdown. In contrast, an increase of 264% (...) was demonstrated for online joint music making. However, results showed that most respondents were largely or even completely unaccustomed with specialized platforms for online joint music making (e.g., JamKazam, Jamulus). Respondents reported to mostly use well-known video-conferencing platforms such as Zoom and Skype when playing together virtually. However, when such video-conferencing platforms were used, they were often not employed for synchronized playing and were generally reported to insufficiently deal with latency issues. Furthermore, respondents depending on music making as their main source of income explored online real-time methods significantly more than those relying on other income sources. Results also demonstrated an increase of 93% in the use of alternative remote joint music-making methods (e.g., recording parts separately and subsequently circulating these digital recordings). All in all, results of this study provide a more in-depth view on joint music making during the first weeks of lockdown induced by the COVID-19 pandemic of 2020, and demonstrate users’ perceptions of performance and usability of online real-time platforms as well as alternative methods for musical interaction. (shrink)