Audience choice: SEAMUS 2023

You can hear Kyma sounds in two of the selections of Volume 33 of audience-selected works from the 2023 SEAMUS National Conference in New York City.

Composer Chi Wang describes her instrumentation in Transparent Affordance as a “data-driven instrument.” Data is derived from touching, titling, and rotating an iPad along with a “custom made box” of her own design. Near the end of the piece Wang uses the “box” to great effect. She places the iPad in the box and taps on the outside. Data is still transmitted to Kyma even without direct interaction, though the sounds are now generated in a much more sparse manner as though the iPad needs to rest or the performer decides to contain it. Finally the top is put on the box as one last flurry of sound escapes.

Scott L. Miller describes his piece Eidolon as “…a phantom film score I thought I heard on a transatlantic flight…” Although the film may not exist to guide us through a narrative, the soundtrack does exist and takes the place of visual storytelling. Eidolon, scored for flute, violin, clarinet, and percussion with Kyma, blurs the lines between what the performers are creating and what the electronic sounds are, an aspect of how we hear the world: we can alternately isolate and focus on sounds to identify them and we can also widen our ears to absorb a sonic texture or a soundscape. Electronic sounds were synthesized in Kyma using additive synthesis, mostly partials 17 – 32 of sub-audio fundamentals.

Sounding the ocean

graph that depicts changes in the bottom pressure of the ocean over one month. The data was taken from sensors on the Juan de Fuca plate in the NE Pacific Ocean. The changes in bottom pressure in the graph depict daily fluctuations of the tidal cycle across the entire graph, but is marked by a large shift in bottom pressure in the middle of the data on April 24, 2015. The bottom pressure shifted as a result of the volcanic eruption — an indication that the seafloor dropped.In June 2024, Jon Bellona presented a paper at the 2024 International Conference on Auditory Display in Troy, NY on behalf of the NSF-funded Accessible Oceans project team. The paper, Iterative Design of Auditory Displays Involving Data Sonifications and Authentic Ocean Data, outlines their auditory display framework and their use of Kyma for all of their data sonification. Program with links to all papers are accessible online at https://icad2024.icad.org/program/

During the presentation, Jon played the full 2015 Axial Seamount Eruption. When an audience member asked about his use of earcon wrappers around each sonification, Jon shared a story about how his interviews with teachers at Perkins School for the Blind led him to include this feature.

In the coming year, Bellona plans to continue his work doing sonification with Kyma as part of a new project funded through NOAA: A Sanctuary in Sound: Increasing Accessibility to Gray’s Reef Data through Auditory Displays with Jessica Roberts, director of the Technology-Integrated Learning Environments (TILEs) Lab at Georgia Tech.

The Sounds of Data

In the July 11 2024 of Physics Magazine, host Julie Gould speaks with scientists who rely on senses other than sight, such as hearing and touch, to interpret data and communicate their research. They use sonification — the transformation of data into sound — to “listen” to hydrogen bonds, interpret gravitational-wave signals, and communicate a wide range of astrophysical data. Sonification also offers tools for visually impaired researchers and scientific outreach.

Included in the podcast are Martin Gruebele (University of Illinois at Urbana-Champaign) and Carla Scaletti (Symbolic Sound Corporation) describing how they could hear patterns of hydrogen-bond formation during protein folding that had been missed when relying solely on visual representations. (Their research is described in the 28 May 2024 issue of Proceedings of the National Academy of Sciences: “Hydrogen bonding heterogeneity correlates with protein folding transition state passage time as revealed by data sonification”).

Leaving a trace…

Composer Tom Williams used Kyma to extensively transform the sonic materials in his 2023 acousmatic composition Piano Trace, performed at multiple festivals including Jauna Muzika 2023 in Vilnius, Noisefloor 2024 in Lisbon; Spatial Audio Gathering, DMU, Leicester; NYCEMF2024, New York. Williams, who has a doctorate in music composition from Boston University, currently heads the Music Production MA program at Coventry University.

Piano Trace is conceived as an unfolding of trace material that marks its original source: soundings made on an upright piano. Williams writes:

This is my piano. The piano that has been by my side as a tool for composition but never, until now, the actual source of my composition. A pocketful of playful recordings from the soundboard, piano keys, pedals and strings are the sonic roots. Throughout, and within the transformations and messing-up of the source sounds, there lies an inherent trace, a timbral DNA, a semblance of sonic integrity that is the ephemeral body of Piano Trace.

Data sonification for scientific exploration & discovery

Data sonification, often used for outreach, education and accessibility, is also an effective tool for scientific exploration and discovery!

Working from the Lindorff-Larsen et al Science (2011) atomic-level molecular dynamics simulation of multiple folding and unfolding events in the WW domain, we heard (and analytically confirmed) correlations between hydrogen bond dynamics and the speed of a protein (un)folding transition.

The results were published this week in The Proceedings of the National Academy of Sciences (PNAS), vol. 121 no. 22, 28 May 2024: “Hydrogen bonding heterogeneity correlates with protein folding transition state passage time as revealed by data sonification”

Congratulations to everyone in the Biophysics Sonification Group:

Carla Scaletti (1), Premila P. Samuel Russell (2), Kurt J. Hebel (1), Meredith M. Rickard (2), Mayank Boob (2), Franz Danksagmüller (9), Stephen A. Taylor (7), Taras V. Pogorelov (2,3,4,5,6), and Martin Gruebele (2,3,5,8)

(1) Symbolic Sound Corporation, Champaign, IL 61820, United States;
(2) Department of Chemistry, University of Illinois Urbana-Champaign, IL 61801, United States;
(3) Center for Biophysics and Quantitative Biology, University of Illinois Urbana-Champaign, IL 61801, United States;
(4) School of Chemical Sciences, University of Illinois Urbana-Champaign, IL 61801, United States;
(5) Beckman Institute for Advanced Science and Technology, University of Illinois Urbana-Champaign, IL 61801, United States;
(6) National Center for Supercomputer Applications, University of Illinois Urbana-Champaign, IL 61801, United States;
(7) School of Music, University of Illinois Urbana-Champaign, IL 61801, United States;
(8) Department of Physics, University of Illinois Urbana-Champaign, IL 61801, United States;
(9) Musikhochschule Lübeck, 23552 Lübeck, Germany

Accessible Oceans Survey

Graph depicting the flux of CO2 between ocean and atmosphere as measured by the Coastal Endurance array off the coast of New England
Amy Bower (WHOI) and Jon Bellona (UO) invite you to participate in a survey for “Accessible Oceans“, a project focused on designing effective auditory displays to enhance the perception and understanding of ocean data for visitors to museums, aquariums and science centers, including those who are blind or have low vision. Your feedback is crucial in evaluating the effectiveness of their auditory display prototypes.

 
In this survey, you will listen to a series of auditory displays featuring data sonification, narration, and music. The survey will take approximately 15 minutes to complete. Please note that this is not a test of your abilities; rather, it is an opportunity for you to contribute to the advancement of inclusive learning experiences for everyone.

You can participate in this study if you are 12 years old or older, understand English, and are physically located in the US. To participate, simply click on this survey link. Headphones are recommended for the best listening experience. The survey will be closed on June 1 2024.

misfold in Hamburg

misfold is a piece for pipe organ and Kyma electronics, commissioned by Franz Danksagmüller for org_art_lab in Hamburg 6-12 November 2023, a workshop dedicated to collaborations involving art, science, and the pipe organ. But not just any pipe organ…

The HyperOrgan that Franz helped design for St Nikolai church has been augmented with new timbres, percussion sounds, enhanced touch sensitivity and air-flow control, microphones placed among the pipes for electronic signal processing, speakers in the loft so you can blend the organ sound with electronic sound synthesis, and bidirectional MIDI control. The console in the loft has five manuals and a pedal board, each one controllable by a separate MIDI input channel, with the ranges and timbres controlled by the stops.

In keeping with the theme of the workshop (hyper-organ-art & science collaborations), the composer employed data from protein-folding simulations computed at Martin Gruebele’s lab at the University of Illinois to generate the sound and structure of the piece.

Why is it named misfold?

It feels like we’re at a tipping point, and it’s unclear which direction things will take. There’s a pervasive sense of instability across multiple spheres — political, cultural, technological, economic, climatic:

  • Will these instabilities continue to increase, resulting in a catastrophic breakdown?
  • Will we “mis-fold” into a familiar & somewhat comfortable, but sub-optimal state?
  • Or could we use this time of instability to explore possibilities that we haven’t thought of trying before and maybe discover a better way forward?

MISFOLD by Carla Scaletti from Franz Danksagmüller on Vimeo.

The Reality of Illusion

Composer, performer, reviewer, writer, Barton McLean has studied composition with Henry Cowell, performed on double bass in jazz ensembles and the Hudson Valley Philharmonic Orchestra, taught music composition and theory at Indiana University, and directed the Electronic Music Center at the University of Texas at Austin. In 1974, he began touring as the McLean Mix, performing electro-acoustic music with fellow composer Priscilla Taylor. We caught up with him to ask about his newest piece, which he composed in Kyma using his “Melodic Sculptor” technique.


Thanks for speaking with us, Bart! Your recent work, Illusions, true to its name, sometimes conveys the “illusion” of an acoustic ensemble in a physical space. Yet, on careful listening one hears moments of “physical impossibility” achievable only through synthesis or electronic manipulation. I assume this is at least one of the “Illusions” referred to by the title. But in the notes, you go further to say that “In the larger sense, every time a work of art or a musical composition is created, an illusion of reality accompanies it…” which reminds me of a quote attributed to Einstein that “Reality is merely an illusion, albeit a very persistent one.” Can you comment further on this idea?

I would turn Einstein’s famous quote on its head; an illusion IS reality. For example, Modal realism is the view, notably propounded by David Kellogg Lewis, that all possible worlds are as real as the actual world. In short: the actual world is regarded as merely one among an infinite set of logically possible worlds, some “nearer” to the actual world and some more remote. In music and art we do actually create our own illusion-reality, which, when perceived by others, is a reality to them as well, albeit one tempered by their own experiences. Perhaps that’s why music is such a powerfully emotion-engaging art.

I hear “Illusions” as a kind of sonic ‘curiosity cabinet’ with many doors, each opening into a different space with its own color and atmosphere — some playful, some melancholy, some ominous, and all intriguing! Did you name the individual sections?

I chose the five section titles from Priscilla McLean‘s poem (see below):   (Golden, Dreamy, Colder, Music, Fantasy).

The illusion of summer flashes in the mist
of a golden morning, keeping fantasy alive
through dark, colder times, evoking the
dream of flowers and music.

One of my objectives was to make each of the five sections as different as possible (which, as it so happens also highlights the scope of multiple possibilities that Kyma has to offer. With the thousands of individual Sounds that I’ve created and collected over seven years of working with Kyma, I had much to choose from).

What is the connection between the music and the visuals in the video?

The visuals were created by my co-collaborator in this work, composer and media artist Stephen Dankner, who generously opened his library of fractal-generated visuals for my choosing. These visuals share my own concept of creating work which engages the emotional response of a live audio or visual experience but yet has its own set of perception parameters which go beyond what can be achieved by merely representational art or live performance. Is it or is it electronic? Hard to tell, but why would anyone care? Just relax and absorb the emotional responses.

Can you talk a little bit more about your “Melodic Sculptor” technique and how you use it to create these hybrid physical/acoustic/imaginary spaces and worlds?

My Melodic Sculptor takes an existing melodic line and scrambles it in an unprecedented variety of controllable ways. For the raw material, I begin with an improvisatory sample — jazz lick or contemporary extemporaneous single line, for instance. In the introduction to my Melodic Sculptor Tutorial (available, along with other tutorials I’ve written for the Insights magazine), I describe it in more detail:

Once sampled and converted into a spectrum sample, this is placed in a SumofSines shell to be manipulated and molded in such ways that the original may no longer be evident, instead migrating into a sea of possibilities of creation constrained only by the composer’s imagination and patience as each stage of the 16-stage StepSequencer affords a unique sound-sculpting opportunity. The basic procedure is to isolate each sequencer stage and develop it using the many parameters available here (sample start, forward or reverse sample and sequence, pitch transposition independent of sample speed, stretching sample stage time or sequence stage time, along with many random features attached to each area).

In other words, the finished melodic result can be extremely different from the original but yet retain its live-generated illusion. You can, for example, take the Star Spangled Banner and convert it into a Messiaen or Coltrane or Arnold Schoenberg-like melodic phrase. My tutorial gives examples and takes the user through each type of transformation.

How would you describe the state of being “in the flow” or in the creative flow? How do you get there? Do you have any tips or tricks that you’ve learned for staying there once you’ve gotten there? Have you set up your studio in a way to achieve or maintain an environment conducive to creative flow?

Because Kyma is so rich in possibilities and complexities, I have three* rules:

  1. I never begin a work with rigid preconceived notions of what the piece will contain. Kyma is set up most amazingly to allow for boundless discovery, and the first step should be, not to begin a Timeline and start inserting Sounds in it, but rather to set up conditions in which I can discover combinations that have never been heard or which I could never imagine. I DO NOT START A COMPOSITION YET.
  2. I first began with the Kyma Sound Library and, as I became more familiar with it, I began to develop my own stock library apart from that. These were all individual Sounds. I would take an existing Sound and try different samples. I would take a spectral Sound (SumofSines) and explore the galleries that appear when I convert an AIFF sample to spectrum, etc. I DO NOT START A COMPOSITION YET.
  3. With the Multigrid, which allows me to instantly realize all sorts of different combinations of Sounds and their relation to each other, I take these Sounds and experiment with different groupings and presets. This further expands my understanding of what works and what doesn’t. When I have developed a rich understanding of capabilities and have collected a library of Sounds and Multigrids, then I use the Multigrid as a prototype, I find combinations that seem most promising…

THEN I CAN BEGIN A COMPOSITION. It could be a Timeline, or perhaps I might want to try an improvisation work using the Multigrid only. Or, on rare occasions, I can compose a work with one Sound only, as I did in my “Dreamy” section in Illusions.

*I said there were three rules, but there’s actually one more! I DO NOT PUBLISH THE COMPOSITION UNTIL I HAVE COMPLETED RULE 4:

  1. Find someone you can trust to tell you the unvarnished truth about your work, and take to heart any criticism. Personally, my wife and fellow composer and collaborator Priscilla McLean (who also has been a professional reviewer for the Albany Times-Union, Musical America, and other publications) is my tormentor whose criticism is on the mark much of the time, presenting a viewpoint that I perhaps have not considered. By and large, much of the work I have composed since we were married (in 1967) has had to pass the “Priscilla test.” With this in mind, for every two works I finish, I will (roughly) discard one of them as being not up to my standards.

ONLY AFTER THIS REVIEW AND SUBSEQUENT REVISION WILL I PUBLISH MY COMPOSITION. As an aside, before publishing my “Illusions,” I spent a year of chasing after possibilities only to discard them as not fulfilling their initial promise. I’m reminded of the Thomas Edison quote that comes up on the front of the Pacarana — something about how his most productive activities in inventing were his failures.

Was it this one?

I have not failed. I’ve just found 10,000 ways that won’t work. —Thomas Edison

Right, Illusions is one of my successes. But it was arrived at only after finding and discarding dozens of ways that did not work.

In the past you’ve written that “without Kyma, I probably would have quit composing a few years ago.” Do you recall why it was that you had gotten discouraged with composing at some point? And what it is about Kyma that drew you back in? (I’m reminded of Al Pacino’s famous quote from the Godfather “Just when I thought I was out, they pull me back in!”)

Ha! My discouragement has more to do with my own creative approach, which puts often impossible demands on performers and also the current state and limitations of music notation. During my initial composing career, like most composers I wrote exclusively for traditional performers in orchestral, wind ensemble, vocal and chamber group configurations. Too often the performances just would not produce what I really wanted to say, either due to the notation limits, limits of performers’ time, or limits of the instrument itself. Particularly worrisome to me were the balances in larger ensembles, which, to my taste had to be perfect in order to satisfy my intent. And there are my own quirks as a composer, which dictate that I often need to hear something before I can write it down. And finally, the limitations of my electronic instruments from 1996-2013 increasingly did not keep up with my ideas and aspirations. (Just before switching to Kyma in 2014 my studio consisted of ARP, Ensoniq ASR-10, Yamaha TX81z, Kincaid modules, Macintosh, Alesis keyboards, 2 Korg Wavestations, 2 Prophet 2000s, etc, migrating in 2011 also to MAX/MSP as well, with an 8 track and 4 track and two 2 track decks, and using Studio Vision and other software).

With Kyma, I found that I could not only have exact control over all these limitations (instrument ranges and capabilities, balances, performer issues, and above all new sounds never heard before) but I could custom design each Sound with dozens of parameters that could then be exquisitely controlled in real time using keyframe protocols (as in video). Most remarkably with Kyma 7, the Multigrid provided an authentic way to rearrange, posit, change a group of Sounds as they work together, again speaking to my quirk of having to hear something before I enter it in a composition. For me, a whole new world of possibilities came before me—a world that I will never exhaust. To celebrate this new way of music creation, I wrote two versions of Discoveries  which present the work in video, first with its Timeline, and then with selected Sounds used in the piece diagrammed. To me, if I were forced to produce one word that most encapsulates Kyma, it would be “discoveries”.

You’ve worked as a professional composer both inside and outside of academia. What are some of the advantages and rewards of life as an independent artist? Are there any aspects of university teaching that you miss?

Our freedom from academia resulted in our 39 years of touring and reacting directly with all sort of communities — concert series, university residencies, museums, installations, etc. In all these cases we were able to interact directly with listeners on the spot— a gift unavailable to those composers who limit themselves to performing for academic audiences only, and one which we valued highly (we retired from touring in 2013). There was also the creative freedom, knowing that all we had to do was to compose our best work and the only judge would be our listener communities, not academic committees. Being a free spirit and sort-of vagabond has its drawbacks (see “bad weather”) but also brings forth a kind of kinetic energy — a “not knowing where your income is coming from next year” kind of fear plus excitement — that cannot be reproduced in academia. I did, however miss my composition and some theory students, many of whom have become lifelong friends and colleagues.

What (if any) advice would you give to a composer just starting a career in 2021?

I wish I could be more optimistic about university teaching careers today. But even in the 1970s when we graduated, the supply-demand situation for university teaching began to turn negative.  It is much worse now. And so, it is my opinion that current graduating composers should turn to other means to gradually open the door. I have written extensively about this topic, and I invite interested readers to take a look at “In Search of an Audience: Outside the Bubble,” as well as “HOW TO SURVIVE AND PROSPER AS REVEALED BY THE “NEWSLETTER NINE,” in which as the Independent Composer Representative on the SCI Executive Committee, I interviewed nine independent composers with insights as to how they started and maintained their careers outside the university.

You’ve chosen to live in an area of great natural beauty which also offers some extreme weather challenges. Have you always enjoyed the woods and the mountains?

We are fortunate to have a small mountain in back of our house, with an entry trail owned by my good friend Jim Dahoney. From my house to the top, it is 3 miles round trip and 650 feet in elevation. I do this every other day, no matter what the weather. My doctor says that it is this, more than anything else, that keeps my medical age “at least ten years younger” than my real age, which is 83. A few times each summer we go mountain hiking in the Lake George Wild Forest. I am an Adirondack 46er, by the way, which I attained mostly in the 1960s. During the early 2000s, Priscilla and I would spend our summers in British Columbia hiking around Jasper, Banff, Glacier, and Revelstoke parks, as well as Vancouver Island.

What is your favorite part of using Kyma? Your least favorite?

My greatest thrill in Kyma is in creating new Sounds. Next is fooling with the Multigrids, which always produce surprises, sometimes ugly, sometimes ho hum, but sometimes sublime. My least favorite activity in Kyma is the actual composing in the Timeline, where I really have to stop having “fun” and get serious. But I guess they say all play and no work makes a composer … ?

I sometimes get the impression that the artists who really take to Kyma also seem to be independent-minded, self-reliant individualists and non-conformists. Do you concur with this observation?

If I have any sort of independent streak it must have been nourished by study with Henry Cowell in 1963-4 at Eastman (I may very well be his last surviving student, as he had a crippling stroke soon after that and could not teach). When you studied with Henry it was an all-consuming affair; you ate dinner with him, you had informal gatherings at a student’s house, you played bridge with him and his lively wife Sidney, and you enjoyed his informal conversations where he assumed the mantle of being at the forefront of virtually every historical development in the early – mid 20th century. His independence from any stale academic trend was legendary, as he happily migrated between atonality, experimentation, Asian influence, polytonality, and at times unabashed tonality and even banality. When the whole composer world zigged into post-Webern serialism, Henry was deeply zagging with Indian ragas. The stodgy Eastman composition faculty endured him, while the students loved him. I hope that some of this has rubbed off on me, but the determination on whether or not I am a “self-reliant individualist and non-comformist”  will, I’m afraid, have to be made by others. I just do what I do, day by day (as Henry would also say), and don’t really think about whether or not I’m that kind of person. I guess I’d like to be, but I really don’t know.

You interact with a lot of Kyma users through your tutorials. Have you noticed any commonalities among the user community?

As I consider my Kyma friends and read the posts, there may be two kinds of Kyma users: The ones who use Kyma as the vehicle for serious composition are the kinds of people who think long-term and can smoothly make the connection between the left and the right brain skills. The other group of Kyma users are what I would call the “process” users who are more interested in the technical challenges Kyma affords, and are not hesitant about pushing the envelope of what is possible, even beyond what might be practically useful or evident in the ultimate result. Kyma is fortunate to have both kinds of users working side by side, and in having a leadership team that nourishes both areas.

Who would have thought that, when I was struggling with algebra in the 8th grade, that I would someday be using it to fashion a spaceship through the universe of sonic possibilities!

In closing, I’d like to come back to Priscilla’s opening lines from Illusions:

The illusion of summer flashes in the mist
of a golden morning, keeping fantasy alive
through dark, colder times, evoking the
dream of flowers and music.

Do you think that music (listening to music, creating music, remembering music) can, in some way, help us get through “dark and colder times”?

Yes, definitely. And music (such as that produced with Kyma) that does not require us to sit shoulder to shoulder in an audience setting is particularly relevant in today’s pandemic world. In our living room, we have an Optomic video projector which projects onto a nine foot screen, with a state-of-the-art stereo sound system. I have noticed that, as each year has passed recently, more interesting music has appeared on YouTube. Every evening just before dinner I take an hour or less to listen to something. This allows me peace, energizes me, excites me, calms me—in fact this listening experience is my most enjoyable activity. Recently on YouTube I have been quite excited by the work of Austrian composer Olga Neuwirth and the Rumanian Horațiu Rădulescu, along with my perennial favorites Berlioz and Sibelius, not to mention (well, the list goes on and on). One of my favorites is Angelo Badalamenti’s Industrial Symphony #1, which we heard decades ago at BAM and happily discovered that same performance recently streamed on YouTube. In other words, the electronic arts which do not require audiences may very well have a more important place to play in our post-pandemic future.

Bart, thank you for taking the time to share your some of your musical philosophy and compositional approaches with us today! It’s all about Discovery!


Composer Barton McLean in his studio seated in front of Kyma

KISS2019: Resonance 공명

Sound designers, electronic/computer musicians and researchers are invited to join us in Busan South Korea 29 August through 1 September 2019 for the 11th annual Kyma International Sound Symposium (KISS2019) — four days and nights of hands-on workshops, live electronic music performances, and research presentations on the theme: Resonance (공명).

Link where you can download the Korean, Japanese, or Chinese version of the poster.

“Resonance”, from the Latin words resonare (re-sound) and resonantia (echo), can be the result of an actual physical reflection, of an electronic feedback loop (as in an analog filter), or even the result of “bouncing” ideas off each other during a collaboration. When we say that an idea “resonates”, it suggests that we may even think of our minds as physical systems that can vibrate in sympathy to familiar concepts or ideas.

Photo by Belinda J Carr

At KISS2019, the concept of resonance will be explored through an opening concert dedicated to “ecosystemic” electronics (live performances in which all sounds are derived from the natural resonances of the concert hall interacting with the electronic resonances of speaker-microphone loops), through paper sessions dedicated to modal synthesis and the implementation of virtual analog filters in Kyma, through live music performances based on gravity waves, sympathetic brain waves, the resonances of found objects, the resonance of the Earth excited by an earthquake, and in a final rooftop concert for massive corrugaphone orchestra processed through Kyma, where the entire audience will get to perform together by swinging resonant tubes around their heads to experience collective resonance.

Sounds of Busan — two hands-on workshops open to all participants — focus on the sounds and datasets of the host city: Busan, South Korea. In part one, participants will take time series data from Busan Metropolitan City (for example, barometric pressure and sea level changes) and map those data into sound in order to answer the question: can we use our ears (as well as our eyes) to help discover patterns in data? In part two, participants will learn how to record, process, and manipulate 3d audio field recordings of Busan for virtual and augmented reality applications.

Several live performances also focus on the host city: a piece celebrating the impact of shipping containers on the international economy and on the port city of Busan; a piece inspired by Samul nori, traditional Korean folk music, in which four performers will play a large gong fitted with contact mics to create feedback loops; and a live performance of variations on the Korean folk song: Milyang Arirang, using hidden Markov models.

Hands-on Practice-based Workshops
In addition to a daily program of technical presentations and nightly concerts (https://kiss2019.symbolicsound.com/program-overview/), afternoons at KISS2019 are devoted to palindromic concerts (where composer/performers share technical tips immediately following the performance) and hands-on workshops open to all participants, including:

• Sounds of Busan I: DATA SONIFICATION
What do the past 10 years of meteorological data sound like? In this hands-on session, we will take time series data related to the city of Busan and map the data to sound. Can we hear patterns in data that we might not otherwise detect?

Photo by Belinda J Carr

• The Shape Atlas: MATHS FOR CONTROLLING SOUND
How can you control the way sound parameters evolve over time? Participants will work together to compile a dictionary associating control signal shapes with mathematical functions of time for controlling sound parameters.

• Sounds of Busan II: 3D SOUND TECHNIQUES
Starting with a collection of 3D ambisonic recordings from various locations in and around Busan, we will learn how to process, spatialize, mix down for interactive binaural presentation for games and VR.

Photo by Belinda J Carr

Networking Opportunities
Participants can engage with presenters and fellow symposiasts during informal discussions after presentations, workshops, and concerts over coffee, tea, lunches and dinners (all included with registration). After the symposium, participants can join their new-found professional contacts and friends on a tour of Busan (as a special benefit for people who register before July 1).

 

Sponsors and Organizers
Daedong College Department of New Music (http://eng.daedong.ac.kr/main.do)
Dankook University Department of New Music (http://www.dankook.ac.kr/en/web/international)
Symbolic Sound Corporation (https://kyma.symbolicsound.com/)
Busan Metropolitan City (http://english.busan.go.kr/index)

For more information
Questions
Website
Facebook
Twitter:

Registration
Student and early registration discounts are available for those registering prior to 1 July 2019

Photo by Belinda J Carr

Displacement

Photo by Dr. Javier Alejandro González Ortega

After the 2010 El Mayor Cucapah 7.2 magnitude earthquake in northern Mexico, seismologist Alejandro González Ortega interviewed Don Chayo, a Cucapah native who witnessed the surface rupture. When Don Chayo drew parallels to the origin stories of the Cucapah people, González began to wonder if these stories may have recounted earlier seismic events that had been passed down over the generations.

Over the next several years, González and his colleague, choreographer/physicist Minerva Muñoz, created a performance piece based on 3D seismological data collected by 12 measurement stations during the event. Muñoz enlisted the help of composer Carla Scaletti to map the data to sound using Kyma and artist David Olivares to map the data to video using Unity.

As Muñez and González conducted further research and interviews with the Cucapah elders, a much more disturbing story began to emerge — that of a displaced people whose livelihood was being cut off and whose very language was being forgotten. What had originally been intended as a science/art collaboration about seismic activity began to morph into a deeper metaphor for displacement, disruption and loss.

The result — Wí Shpá, A journey in bare feet — is a poem in movement, images, sounds and words that explores pilgrimage, displacement, change, the relationship of humans with the environment, transformation and resilience.

The sound and visuals were created from seismological data and satellite geodesics of the El Cucapah Mw 7.2 earthquake that occurred on April 4, 2010. Consistent in many details with the cosmogony myths narrated by Don Chayo that had been passed down over generations, El Mayor-Cucapah Mw 7.2 was the most intense earthquake recorded in this region over the last century.

Wí Shpá, A journey in bare feet is an elegy to the ancestors and to the women and men of today; to the people of the river, of the earth, fire and wind. It is a glimpse into a universe in which animals are gods, and meaning is associated with each of the four cardinal directions, colors, the power of nature and of the land.

“Cosmogony of an Event, El Mayor Cucapah Mw 7.2” is an inter and trans disciplinary dialog of artistic creation and research combining the myths of Cucapah cosmogenesis and the scientific studies of El Mayor-Cucapah Mw 7.2, weaving a network of collaboration, tradition, scientific research, knowledge and experiences, but above all, creating a dialog between scientists, artists, native community, collaborators and the general public who participate in this live performance/ritual.

Credits:

Direction, stage creation and interpretation: Minerva Muñoz *
Production: Alejandro González, Minerva Muñoz / La Machina Productions
Scenic Advisor: Jorge Folgueira
Lighting: Minerva Muñoz
Composition and sound design: Carla Scaletti
Visual Art: David Olivares
Video: Marco Meza, Rommel Vázquez
Aerial Video (drone): Alejandro González
Photography: Alfredo Ruiz and Rommel Vázquez
Science: Javier González-García and Alejandro González
Audio Engineer: Rommel Vázquez
Scenography: Leoncio García
Makeup: Rosario Martínez
Lighting technician: Miguel Tamayo
Communication and networks: Stephanie Lozano
Support: Juan Sánchez