Living with Noise

Image by Flickr User Bill Selak
[O]ne of the chief values of living with music lies in its power to give us an orientation to time.– Ralph Ellison, “Living with Music” (1955)
Early this past fall, my wife and I moved back to Brooklyn after three years in central New York State. We spent two of those years on a back street in a mostly rural area of Cortland, NY, where are there are more dogs than people and more cows than dogs. Those dogs were probably the most intrusive neighborhood sound—a barker would get going and that’d set off a chain reaction from yard to yard, like a real life version of the “Twlight Barking” from 101 Dalmations. Still, I could get used to it, ignore it, zone out. The only other sounds that penetrated our home were the nearby freight trains, but their sounds are almost soothing—the rhythm of the clacking rails like Paul Simon singing “Everybody loves the sound of a train in the distance. . .” or a relaxation tape.
Now back in New York City, I am very aware of the different degree, frequency and quality of sounds I am subjected to while in my living space. Reconsidering living with noise put me in the mind of Ralph Ellison’s 1955 essay “Living With Music” from High Fidelity magazine. Like the living situation Ellison describes, our new place is a rear-facing apartment and we get the sound of echoing voices, car horns or yowling cats (fighting and/or making more cats) bouncing off the back wall of a garage on the next street. However, as most city-dwellers know, it is our neighbors that provide the most persistent and profound sonic disturbances. Ellison himself was disturbed at an upstairs neighbor’s overzealous singing, vocalizing “[f]rom morning until night.” In our case, another four-family apartment house abuts ours and through the two brick walls sandwiched by two layers of plaster, we can frequently hear the shrill cries of teenage anguish. The violent screaming between teenaged siblings or between one or more of them and their parents can shake the walls. It is difficult to ignore.
The noise of children in New York City apartments was a topic of a New York Times feature a couple of years ago, but in that article the age of the children makes it easy to sympathize with the parents and to cast the complainers as insensitive villains. Little children cannot be expected to regulate their own crying or the seemingly ceaseless energy that is so easily transformed into cries of glee or the galloping of those baby shoes. In the case of my neighbors, it harder to sympathize when the sound is from near-adult children screaming about how life isn’t fair, or getting forced into frequent violent disagreements with a similarly aged sibling with which they must share a tiny part of an already tiny space—a New York City apartment.
It is easy to get angry when they get going. A teenager is not a chorus of barking dogs, a small crying child, or even some jerk honking his horn a block away who doesn’t realize how far the sound can travel, but ostensibly someone developing into a functional adult. The things they are screaming about can often seem beyond ridiculous to older people, and thus their need to scream about them is particularly offensive when I am simply trying to enjoy a evening of catching up on Mad Men or (more importantly) an afternoon writing my dissertation. As my wife often asks, “Why don’t their parents regulate?” But I try to remind her, it is the attempt to regulate their behavior that often starts the screaming matches. Like a 2-year old testing the range of her voice, these teens are exploring their own boundaries. Furthermore, unlike the class entitlement permeating the NYT Real Estate section feature, the economic reality of living in row houses in Bensonhurst changes expectations regarding the living experience.
The sonic disturbances often come when I am trying to get some writing done, so it is not hard to think about Ellison’s essay, since writing was also what he endeavored to do when bedeviled by his neighbor’s practice of “bel canto style.” The way noise can carry in these apartments creates a form of anonymous intimacy. Think of Duke Ellington’s “Harlem Airshaft,” a musical representation of just that urban intimacy.
As he said of the apartment airshaft that inspired that piece,
You hear fights, you smell dinner, you hear people making love. You hear intimate gossip floating down. You hear the radio. An air shaft is one great loudspeaker, you hear people praying, fighting and snoring.
While I don’t know my neighbors better than a polite nod of hello when I pass them sitting on the stoop, I am ear-witness to their dramas, and more than that I am sometimes drawn into them, finding myself banging the wall with a forearm and calling through the wall “enough already!” Or spending time discussing the family’s private affairs with my wife, speculating about the arguments. Similarly, Ellison’s trepidations about trying to silence his neighbor come from how her practice makes him intimately aware of her aspirations, even as that same intimacy drives him to build a stereo to blast at her in an attempt to conquer their shared sonic space.
Urban sonic intimacy is tightly tied to Ellison’s assertion regarding music and our orientation to time. However, Ellison’s observations can be expanded beyond music, because remember one person’s music is another person’s noise, as Scott Poulson-Bryant discussed in his Sounding Out! post on music and New York City apartment life in “The Noise You Make Should Be Your Own” (August 2010). A noise can likewise orient me in time: the sound of freight trains will bring me back to my time in Cortland, and more profoundly, that teenaged screaming brings me back to my own volatile adolescence, asking me to reconcile that version of me with the one I am now.
In Ellison’s essay, he arrives at two conclusions regarding music. The first is the above-mentioned orientation to time and the second is deep sympathy that arises from that realization, as he associates his upstairs neighbor’s intrusive singing practice with his own childhood attempts to master the trumpet. The orientation to time he discusses is not only a matter of looking back and making associations with a younger self’s relationship to music, but also comes from an adult understanding that there were those “who were willing to pay in present pain for future pride. For who knows what skinny kid. . .might become the next [Louie] Armstrong?” The anonymous intimacy of city-living has made me reflective regarding these screaming matches and I have begun to develop a sympathy that lets me tolerate the disturbance, to understand it in a context of living and growing. For how do I know that those volatile teenaged emotions might not develop into the sensitive and thoughtful adult attitude I try to have in my own life? There is no need to imagine that these kids will grow into anyone special (though the world could certainly use a couple more Louis Armstrongs or Ralph Ellisons), but their noise is a signal for the need for empathy, to remember our own ability to make noise not only through simply living but in trying to grow, to become. . .
Ellison may have thought that “the enjoyment of music is always suffused with past experience,” but I think enjoyment is just the tip of an iceberg of sonic experience, because it also holds out the possibility for an affective relationship with sound that can shift from annoyance to understanding without actually having to enjoy. It is not just music, but noise that “gives significance to all those indefinable aspects of experience, which. . .help to make us what we are.” Noise transforms in the cramped urban setting from a residue of life into a connective tissue that signals a challenge to boundaries, requiring greater empathy and patience. The very noise that endangers our peace is also a reminder of how close and alike we really are. It is only time that separates me from the screaming of a teenager and it is only time that stands between me and a screaming teen of my own.
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Osvaldo Oyola is a regular contributor to Sounding Out! and ABD in English at Binghamton University.
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REWIND! . . .If you liked this post, you may also dig:
Summer Soundscapes, East Coast Style–Jennifer Stoever-Ackerman
The Noise You Make Should Be Your Own–Scott Poulson-Bryant
Sound-politics in São Paulo, Brazil–Leonardo Cardoso
The Noises of Finance
What does finance sound like? Is it the clanging of the opening and closing bells at the New York Stock Exchange? The shouting of offers to buy or sell? The beeps made by cash registers as a credit card is swiped? The whirring of fans working overtime to cool computers? What is this noise?
Noise, however, is not purely a sonic phenomenon. Since the late 1940s, noise has been intimately linked with theories of communication and information, as Aaron Trammell discusses in Sounding Out! posts such as “What Mixtapes Can Teach Us About Noise.” My research attempts to bring these two aspects of noise—the sonic and informatic—into conversation. I trace the interferences noise makes within a set of disparate disciplines: I listen to the history of the impact of information theory on experimental and electronic music; investigate the interferences of “fearless speech,” artistic robotics, and the public; and examine how noises digital and sonic have impacted the development of finance. Rather than creating my own definition of noise, I follow how other disciplines deal with their encounters with noise as both a material phenomenon—something that interferes with a signal, or a sound that is deemed unwanted—and as something to be theorized, asking questions such as what are the meanings of these noises? or should we be controlling noise at all?
In this post, I discuss three vignettes that outline the different ways in which noise (sonic and informatic) interferes with different aspects of finance: the shouts of open-outcry pits and the information they may or may not convey; new forms of electronic trading and the noises of server farms and trading behavior; and the Flash Crash of May 6th, 2010 that provoked noises from both traders and artists. Each reflects a particular conjunction of the sonic and informatic aspects of noise. When we attend to both components simultaneously, we discover that financial noises are complex entities that are not inherently revolutionary nor regressive, but are rather an elusive combination of both.
Noisy Trading: The Pits
My interest in the noises of finance comes in part from listening to open-outcry trading, following the work of Caitlin Zaloom’s Out of the Pits: Traders And Technology from Chicago to London and the documentary Floored (2008). An open-outcry pit, such as that found on the floor of the Chicago Board of Trade (CBOT), pairs buyers and sellers through a bodily practice of trading involving the extremities of behavior. Shouting, pushing, and shoving occur on the steps of the pit as buyers and sellers work to match their orders through nearly whatever means necessary.

Chicago Board of Trade Corn pit, 1993, Image by Jeremy Kemp
In the wonderfully titled article “Is Sound Just Noise?”, the business school professors Joshua Coval and Tyler Shumway ask, in one of the few academic articles related to the sounds of the pits, whether or not the shouting might convey information that is not necessarily available on the computer screens that were then coming to dominate trading:
we ask whether there exists information that is regularly communicated across an open outcry pit but cannot be easily transmitted over a computer network. Any signals that convey information regarding the emotion of market participants—fear, excitement, uncertainty, eagerness, and so forth—are likely to be difficult to transmit across an electronic network (1890).
Coval and Shumway found that the ambient sound level of the pits did have predictive impact regarding various aspects of the market: in short, the louder the pits got, the higher the volatility in the prices of securities and the decrease in the likelihood of conducting a trade.
Noisy Trading, Redux: Datacenters
Yet changes in the structure of the market have not only shifted the location of activity to people behind computer screens and away from these types of sounds, it has also shifted the actual location of the exchanges themselves. No longer do most trades take place in the physical location of, for example, the NYSE; rather, they take place in buildings like this one, at 1700 MacArthur Boulevard in Mahwah, NJ.

Screen capture by author
This is the location of the NYSE’s new datacenter, a 400,000 square foot facility. (In the linked video, note the whirring of the fans, a new noise of finance beyond that of the pits.) The servers in these datacenters—run by highly-capitalized financial firms large and small alike—are able to respond much quicker to market information the closer they are to the computers that run the exchange. And what can be closer than being co-located in the same datacenter as the exchange? This need for speed has lead to all sorts of interesting situations, such as new fibre-optic lines being laid to shave off a millisecond or two in travel between New Jersey and Chicago, or the taking into account of special relativity effects in the location of future datacenters. The new High-Frequency Trading (HFT) algorithms run on these servers in these datacenters.
Noisy Trades, Sonified: May 6th 2010
The voice on this recording, made on May 6th, 2010, belongs to Ben Lichenstein, an employee of a firm called Trader’s Audio. Now, Trader’s Audio provides live coverage of market movements from a person on the floor of an exchange in order for day traders and others to get an idea of the “sentiment” of a market. It’s kind of like a play-by-play of market activity, a running commentary of major market movements that can’t be discerned soley by the watching of numbers on a screen. What, then, could have been going on for Ben Lichenstein to be in such a frenzy, for his voice to be inflected in such a way? What are we to make of this noise?
Well, May 6th, 2010 was the day of what has infamously become known as the Flash Crash. The full details of this day are beyond the scope of this post, so I will outline it schematically, following the findings of the official US report produced by the Commodity Futures Trading Commission (CFTC) and the Securities and Exchange Commission (SEC). (For a different take on this, see the sociologist of finance Donald MacKenzie’s “How to Make Money in Microseconds”.) In short, between the hours of 2 and 3PM Eastern Time the New York Stock Exchange (NYSE) had both its largest single day loss as well as its largest single day gain, a swing of over 600 points. A series of trades made by algorithms that failed to take into account their impact on the market caused the prices of securities to swing to extremes, excerbated by the activity of High-Frequency Trading (HFT) algorithms. While the market eventually recovered—in part due to the activity of the same algorithms that caused the problem in the first place—the event indicated the precariousness of the stock market, the potential for things to spiral quickly out of control, and the difficulty in forecasting the behavior of an ecosystem of opaque algorithms.
How do the HFT algorithms relate to the Flash Crash that took place on May 6th, 2010? While the report of the CFTC and the SEC regarding the Flash Crash does not lay blame on HFT in particular, it did indicate how these algorithms contributed to the large price swings, the immense number of shares traded, and the drying up of liquidity (that is, the ability to find buyers and sellers in the market). One of the reasons why the market swings were so severe on May 6th, 2010 was due to the fact that HFT algorithms react immediately to small fluctuations of price, a quality of markets that financial economists call microstructure noise, a fascinating topic that is unfortunately beyond the scope of this particular post. In general, HFT and these datacenters go hand-in-hand, as it is a truism that it will take longer for data to travel between a machine in New Jersey and one in Chicago, than it will to travel between two machines in the same data center in New Jersey. HFT works to take advantage of this shorter latency in order to exploit market movements on the timescale of milliseconds, accelerating trading far beyond the open-outcry pit.
Noisy Finance: The Sonic and the Informatic
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Let’s conclude with a sonic artifact of the Flash Crash from the French collective rybn. Their work has explored the concept of “antidatamining,” that is, the use of the “data mining” techniques of computational capitalism in order to shed light on the intersection of data and society. Consider their piece FLASHCRASH SONIFICATION (one of the few artistic responses to the Flash Crash), where rybn took trading data from nine different exchanges on the afternoon of the Flash Crash and created an austere, digitally-sharp yet undulating soundscape that recalls the work of artists Ryoji Ikeda or Carsten Nicolai without the rhythmic precision. If you can, listen to their online-available, two-channel mix on headphones in order to appreciate the details of the piece.
The building towards the end of “FLASHCRASH SONIFICATION” was meant to “emphasize the moment of the crash, [by] adding an effect of resonance, which propagates slowly, making it more tense, as the krach goes on” (all quotes in this paragraph from author’s personal interview with rybn). Thus instead of merely transparently translating the data into sound, rybn constructed the sonification in order to bring out this resonance: “resonance is pointed [to] as one of the major risk[s] of HFT by many economists and the feedback phenomenon was in the center of our discussions when we were preparing the piece.” Isolating the Flash Crash was important for rybn as it was perhaps the “moment when people started to understand financ[ial] orientations more clearly” thereby highlighting the symptomatic nature of the “speculative short-term loop finance seems to be stuck in.”
In FLASHCRASH SONIFICATION, sonic noise becomes a translation of the data from the market—abstract yet eminently material—into a different abstract form that does not immediately signify. FLASHCRASH SONIFICATION suggests rather than indicates; listening to it cannot provide us with rational information regarding the dynamics of the Flash Crash. Instead it produces a dark foreboding of the mechanisms at work, the high-frequency pulses first recalling heartbeats that soon speed up beyond any ability for distinction. In FLASHCRASH SONIFICATION, rybn comments on the inability for computation—and by extension, the market—to be the perfectly rational, ordered space it is ideally understood to be.
In Noise We Cannot Trust
If there is one thing clear about the examples of noises heard and encountered in this post—the shouting in the pits, the fluctuations of prices, the whirring of air conditioning, the sonification of the Flash Crash—it is that noise cannot be counted upon for positive or negative disruption. Noise cannot be counted upon as a political exploit in the market, as it can signify the potential of a trade, or be recuperated into profit through the activity of HFT algorithms. Yet noise can also provide an alternative experience of the Flash Crash beyond that of bureaucratic reports and figures. It is thus through the interferences noise causes within the dynamics of finance that we come into contact with the equivocality of noise as a phenomenon, and thus become attuned to a particular need to not confine noise to preconceived notions of positivity or negativity.
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Nicholas Knouf is a PhD candidate in information science at Cornell University in Ithaca, NY. His research explores the interstitial spaces between information science, critical theory, digital art, and science and technology studies. His dissertation, “Noisy Fields: Interference, Elusiveness, and Embodied Temporality in Sonic Practices,” examines the sonic and informatic characteristics of noise across a set of disparate disciplines, arguring for an attention to the equivocality of noise as a material-discursive phenomenon. He is also a media artist whose pieces engage with academic publishing, ad-hoc networking, and non-speech vocalizations. More information about his research and practice can be found at http://zeitkunst.org.
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REWIND! . . .If you liked this post, you may also dig:
Experiments in Agent-based Sonic Composition–Andreas Pape
Listening to Disaster: Our Relationship to Sound in Danger–Maile Colbert
SO! Reads: Jonathan Sterne’s MP3: The Meaning of a Format–Aaron Trammell
Sound as Art as Anti-environment
When I performed at the 2012 Computers and Writing Conference in Raleigh, North Carolina, I looked around during my fairly abstract 10-minute long improvisation featuring feedback loops, glitches, silences, and circuit-bent instruments, and I noticed the audience’s sometimes visible restlessness, discomfort, and even anxiety. This is a fairly common occurrence when I perform experimental sound art, particularly in contexts in which audiences expect “music” (you can hear my work at 38:30 in the video below). However, for an experimental sound artist to take offense to such reactions is, in my estimation, missing the point of the exercise. That sound art disrupts, agitates, and even offends is a powerfully reaffirming reminder that sound art transcends music and sound; it is a method of revelation, an act that surpasses logical communication, instead challenging the very nature of sound and perception.
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As an artist, scholar, and fan, I am drawn toward sound and music that lures me into a new world, an unfamiliar way of being and knowing. Like Lewis Carroll’s Alice, I learn that the rules of my world no longer apply. This happened when I heard J Dilla’s Donuts album, and when I heard Madlib’s Medicine Show #3: Beat Konducta in Africa, when I heard Miles Davis’ Bitches Brew. An artist that continually draws me down the rabbit hole is Walter Gross, an experimental sound/beat artist out of Los Angeles. His work changes the way I usually interact with sonic art, both in terms of his sound and in his approach to physical collage and handcrafted cassette packaging, Gross departs from the comfortable and familiar listening imparted by polished hi-fi 3-minute tracks with definitive beginnings and ends and discernible melodies. Gross instead propels listeners into very unusual (and pleasantly discomforting) soundscapes that demand attention. Almost counter-intuitively, Gross’s visual representations of his work intensify that experience. Consider his 2010 work, Dopamine:
Dopamine is likely a challenging piece for audiences, at least in terms of violating the dominant structures of music. The piece opens with disorienting use of panning, deliberately obscuring degraded audio, largely indiscernible movements and patterns, and so on. His video work likewise presents a fitting yet relatively unusual juxtaposition of youth and destruction, celebration and danger. In terms of both sound and sight, Gross’ work disrupts dominant musical sensibilities, challenging the very patterns and structures within which we can express ideas. He violates tradition, shakes off the canonical baggage carried by prevailing paradigms of Art and Music, and plunges audiences into unfamiliar sensory experiences that require metacognition, reflection, and examination of what sonic art is, and more importantly, what sonic art can be. Gross, in other words, seems to transcend the musician moniker and reach something else entirely. In what follows, I’d like to explore a (very brief) history of such artists, and begin to think about how to frame sonic art as immersion in what Marshall McLuhan called anti-environments: the unconscious environment as raised to conscious attention.
Sound as Art
There exists a strong tradition of experimental noise and sound art, particularly in 20th-century Western avant-garde movements. Futurists were arguably the first to consider noise as music in the European tradition, and were certainly influential in asking artists and audiences to become more aware of the changing social and sonic surroundings . In his 1913 manifesto-of-sorts titled “The Art of Noises,” Italian Futurist Luigi Russolo proposed an orchestral configuration that more aptly represented the range of sounds available to contemporary listeners, namely those sounds that accompanied industrialization and urbanization. The sounds of the Futurist orchestra would include “rumbles, roars, explosions, and crashes.” Russolo built devices called intonarumori to mechanically achieve and manipulate these sounds. His brother, Antonio Russolo, also enacted this new philosophy of modern found sound and composed Corale and Serenata.

Luigi Russolo and Ugo Piatti with the Intonarumori, 1913
Any inquiry of art as anti-environment would be incomplete without a discussion of the great anti-art movement, Dada. Like the Futurists before them, Dadaists used found sound and technology-as-art to violently disrupt conventions of art, beauty, and authorship within the white avant-garde community. Marcel Duchamp’s famous work, “Fountain,” is likely the most familiar Dadaist artifact to contemporary readers, yet the sound poetry of Kurt Schwitters and other Dadaist and Dada-inspired sound pieces such as Erwin Schulhoff’s 1922 work In Futurum (the middle movement of which contains only a rest and the notation “with feeling,” an undoubtable precursor to John Cage’s 4’33”, written 30 years later) created sonic spaces of innovation and strangeness that changed the way audiences listened to both voices and silences. The Russian Cubo-Futurists, especially zaumniks such as Alexei Kruchenykh, made similar ventures into anti-environments. Kruchenykh developed the sound art zaum, which he understood as a transrational language that undercut existing language systems in which the “word [had] been shackled…by its subordination to rational thought” (70). Zaum was a sort of linguistic anti-environment, one rooted in the notion that meaning resided first and foremost in the sound of a word rather than the denotative symbol system that emerged alongside the proliferation of print/visual culture. One could also not underemphasize the work of John Cage, from his prepared piano to his work with organic instruments.

John Cage and His “Prepared Piano,” Image courtesy of Flickr User William Cromar
The list of artists, genres, and movements engaged to some extent in the enterprise of anti-environment architecture could go on and be debated indefinitely: Free Jazz, Turntablism/Nu Jazz, Experimental Hip-Hop,Fluxus, Circuit Bending, Prepared Guitar, ProtoPunk, Punk, Post-Punk, New Wave, No Wave. . . in all of these diverse movements, the sonic artists share the tendency to create strange new worlds via sound; worlds that reveal social and technological environments that most people seem unaware of in the moment. This is why media theorist Marshall McLuhan called the artist “indispensible,” because the artist can tell us something about ourselves that we cannot know via ordinary means of perception. Sonic artists expose audiences to auditory phenomena, structures, juxtapositions, etc. that are to various extents hidden, obscured, or ignored as “noise.” The sonic artist is more than just a clever selector and (re)arranger of sound; s/he is a revelatory agent, exposing what is inaudible.
Art as Anti-environment
Anti-environments, however we might define and classify them, are vital not only to artistic communities themselves, but they are also vital to a society of fish in water. In his 1968 text, War and Peace in the Global Village, McLuhan asserts (among other things) that humans remain largely unaware of their new environments, likening them to fish in water: “one thing about which fish know exactly nothing is water, since they have no anti-environment which would enable them to perceive the element they live in” (175). In other words, humans seldom possess or practice a sense of awareness regarding their surroundings because there’s nothing against which surroundings may be contrasted. The “water” to McLuhan represented the various environments (physical, psychological, cultural) shaped by technological innovation, but we can—and should—extend the water metaphor to a range of hegemonic frameworks: constructions of gender, race, ability, and so on.
This essay is certainly not an attempt to generate some sort of evaluative rubric by which to judge artistic or sonic expression objectively. Rather, we might use the concept of anti-environments as a way to frame our subjective experiences and encounters with all sound, and begin listening to unfamiliar sounds as psychedelic (from Greek psyche- “mind” + deloun “reveal”) keys to illuminate the patterns and structures in which listeners exist. We must work to understand our environments and our place in them; if we are to engage critically with our culture, we must first understand existing (yet invisible) patterns and structures that surround us. And we are aided in this effort, in great part, by humanity’s great seekers of pattern recognition, the sonic-psychonautical messengers: the sonic artists.

Sound Artist Performing at Circuit Bending Workshop in Dayton, Ohio in 2009, Image Courtesy of Flickr User Vistavision
To return to the sound that inspired this meditation, Walter Gross (among others) is in many ways participating in and propelling the discourse of Leary and McLuhan, Schwitters and Schulhoff, Kruchenykh and Cage,Davis and Sun Ra, Madlib and J Dilla. Gross performs the sonic anti-environment, enacts the revelation of obscured sonic paradigms. For me, Gross can act as a sort of lens through which ordinary sonic patterns and structures become visible. I hear Flying Lotus, Bob Dylan, and The Minutemen differently after Gross. I hear my office, my home, my family’s voices differently after Gross. I hear patterns that weren’t audible before. After Gross, I become aware of how I am continuously trained to expect certain things from the sonic world: compartmentalized units of meaning, clearly stated origins of utterances, linear narratives, repeated/repeatable melodies, and so on.
Likewise, my own sonic art/scholarship approaches the use of sound to reveal the inaudible assumptions present in Western frameworks surrounding sonic production. I will conclude with an illustration of my own work and why sonic anti-environments are so central to my philosophy and method. One of my sonic works, “Toward an Object-Oriented Sonic Phenomenology,” was recently part of an exhibition titled Not For Human Consumption, curated by Julian Weaver of CRISAP in London. I recorded the sounds of a high mast lighting pole using contact microphones. Contact microphones do not “hear” like humans typically hear. Typical (dominant) notions of human hearing (and therefore of sound itself) involve the reception and interpretation of vibrations present in air. Contact microphones instead only interpret the vibrations in solid objects.
By listening through an object–through alien “ears,” so to speak– we can begin to critique the ways that we privilege listening via air, a listening that places humans at the center of the universe. We can consider the ways that sound has very real effects on humans with atypical hearing abilities and nonhuman objects. It is difficult to have such conversations if we never explore sonic anti-environments, if we never break through dominant epistemological models, if we never expose the limits of our own environments.
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Featured Image: Beatrix*JAR in Dayton, Ohio, September 9, 2009, by Flickr User Vista Vision
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Steven Hammer is a Ph.D. candidate in Rhetoric, Writing, and Culture at North Dakota State University in Fargo, ND, USA. His research deals with various aspects of sonic art, from exploring glitch and proto-glitch practices and theories (e.g., circuit bending), to understanding and producing sound from an object-oriented ontology (e.g., contact microphones). He also researches and facilitates trans-Atlantic translation collaborations between American, European, and African universities. He has multimedia publications with Enculturation, Sensory Studies, as well as forthcoming book chapters with Wiley/IEEE press, and IGI Global Publishing, and has performed creative and academic work at several conferences across North America, including the national Computers and Writing Conference and the Council for Programs in Technical and Scientific Communication. He performs experimental circuit-bent and sampler-based music under the moniker “patchbaydoor,” and has constructed and documented a number of hardware modification projects for his own artistic projects and for other artists in the upper Midwest United States. You can read/hear more atstevenrhammer.com

Welcome to week three of our February Forum on “Sonic Borders,” a collaboration with the 

















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