Bandcamp CD Release: Audiorigami (Meditations on the Fold)

Human Origami is an ongoing movement/sound project to which I contribute along with Glenna Batson and Susan Halpern. On our website,, you can explore who we are and all the ways we are playing with folds. This project was inspired by a seed idea from 20th Century French philosopher Gilles Delueze’ The Fold. In this treatise on the Baroque period, Delueze asserts that the smallest unit of matter is not the point, but the fold. He describes the fold as a unit of oscillation, along with the point and the wave. My interest is the intersection between sound and movement within and throughout the fold.

For the past several years, Glenna and I have offered a series of workshops where folds were investigated in depth and breadth. I have written about these experiments in three blog posts linked here: ( ( ( Now it is time to manifest what I have learned.

After much experimentation and reflection, a number of ways to find and create folds in sound became apparent. After all, sound is oscillating air, so the very form of sound involves folds. From there:

Rising and falling, overlapping, and reaching back (all actions associated with folds) can be orchestrated musically. One technique used to create “reaching back” is to feature overtone harmonics. By this I mean, playing the interval notes to a fundamental tone in the octave in which they naturally occur in the harmonic overtone series. For example, the first harmonic in a series is the octave above the fundamental. In the second octave above the fundamental, we hear a fifth then the next octave tone. In the third octave we hear the third, fifth and flatted seventh. The fourth octave layers in the second and the raised fourth and the sixth. Normally when these intervals are played over one or two octaves they are heard as scales and chords. Articulating them in their natural harmonic series “home” octave creates a harmonic reach over multiple octaves, and a fold back in reference to the fundamental tone.

Other techniques for more concrete renderings of folds are melodic lines that reach out from and come back to a fundamental tone. On the page, one can see how the melodies move up and down notationally. Percussive sounds are used to define the edges of a fold. A formal quality of folds is repetition. For example, two types of audio folds are 1. an echo, where the sound comes back on itself like two halves of a folded sheet, and 2. a spiral, where the feeling of the sonic movement is a perpetual reaching towards the fold, but never completing it.  Folds require a doubling back that is repetitive and ever shifting.

With these gestures in mind, here are the track notes for Audiorigami (Meditations on the Fold):

First Folds is in two parts and accompanies Glenna’s meditations on the primal unfolding of body from spine in utero. It begins with the sound of heartbeat and rushing blood. Then waves of lovely tones intermingle, slightly muted, rising up and down in a short, repetitive theme that will return in later sections. The piece begins in a still, enfolded place and moves out into form.(12:53)

First Folds Part Two begins with the percussive edges of folds then leads into an emphasis on harmonics -melodic and dissonant. The earlier theme returns to intermingle with alternative themes, all weaving into the fabric of sound as we expand out into extremeties and beyond into ethereal fields. The fold, as articulated oscillation, travels far beyond our corporeal realms. (10:03)

11th Harmonic stretches over four octaves of harmonic overtones. This piece was based on some experiments that demonstrated a particular harmonic interval that could break up stuck cells (i.e. tumors). And while the interval used in the experiments is out of the audible range, the Law of Octave allows the interval to be reduced into the range of human hearing. The primary tonal relationship is rendered as a fundamental frequency and its fifth in the fourth octave above the fundamental. My experience is that this piece is capable of stirring things up on multiple levels. It uses the fundamental to 11th harmonic interval as its basic fold, then builds from there. I played with propagation dynamics in the final mix as a way to move the soundscape closer in and further from the listener. (11:00) An 11/11 wink- I did not plan 11 minutes. I noticed it after the fact.

Folding the Edges (5:15) and Accordion Breathing (6:13) were prompted by Glenna’s idea for a “squeeze box/accordion folds event.” From this I began exploring what makes an accordion fold? This type of fold follows geometric lines, has more symmetry and presents repetitively. Accordion folds have edges – in order to BE an accordion fold there must be two edges that fold away from each other. They hold their shape as they move. The smallest unit of an accordion fold is, interestingly, a tryptych. In these two pieces, there is a strong sense of expanding and contracting, of opening and closing, of breathing with accordion folds. Both soundscapes have edges, repetitive patterns, triad/triplet relationships and breathing space.

Floating Enfolded (10:18) and Floating Downstream (7:02) did not evolve from Human Origami workshops, but were added as part of an online class in Human Origami to be offered in March 2019.

Here is a link to the album:

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Sonic Illustrations and Life Forms

Data sonification is a burdgeoning area of sound design that is quite amazing in its depth and flexibility. I have a keen interest to sonify data in a way that furthers our understanding of the data. I would love to create a sonic pie chart for example. While a visual pie chart is a snapshot, a sonic pie chart would be more like an animation. A chemical reaction could be sonified by assigning particular voices to different parameters of the reaction: as the reaction proceeds, the voices would change from “reagent” voices to “product” voices. Consonance and dissonance couid illustrate the changing relationships amongst the components of the chemical reaction. One possible way to sonify, in my mind.

Then at Moogfest 2018, a workshop introduced me to the world of SuperCollider and MaxMSP as instruments for creating sonic pie charts. Mark Ballora of Penn State University (Please check out his work at has been working with sonifying data for decades. He was doing it when no one was paying attention. Mark uses SuperCollider to create sonifications of tidal changes and the movement of hurricanes. This type of sonic representation of data illustrates how a group of parameters changes over time, and when you listen, you hear all of the changes happening over time. Voila! A sonic pie chart! Attending Mark’s workshop, shifted my soundsense, as I realized I do not want to learn computer programming (at this time). This blog post by Mark Ballaro and George Smoot ( helped me understand that my interest is in exploring how modal/timbral shifts that are set in a familiar,equal-tempered scale spectrum might illustrate data-driven relationships. What I am interested in is more a sonic illustration, than a map or a pie chart.

Just before Moogfest, The Dance DL, a Durham dance listserve sent this announcement:

Auditions & Open Calls

Arts & Sciences Collaboration: Sourdough Collective – Rob Dunn Lab

Where: AS IF Center in Penland, NC

Rob Dunn’s lab at NC State University explores microbiomes of some of our most familiar places. The sourdough project studies sourdough starters from around the world, including some really ancient ones that have been passed down for generations. Seeking an artist working in any media with an interest in microbiology, bread baking, making the invisible visible, and/or communicating complex science through art. Help us bring the awe and wonder of science–and the microbial world– to the world.

As I read this notice, it felt like a dream! I have a two and half year old sourdough starter which is used to create 75% of the bread Trudie and I eat. I have recently studied cell biology, neurobiology and have a deep interest in molecular chemistry about which I am just learning. And I am looking for a data sonification project. I sent them an inquiry, they checked out my sound work, and I was invited to participate.

First step, meet with the Sourdough folks at Rob Dunn’s Lab. On Friday June 15th, Erin McKenney, post-Doctoral Fellow in Microbiome Research and Education and a research lead on the sourdough project, and Lauren Nichols, Dunn Lab Manager, met me in the lobby of the David Clark Labs (home of the Dunn Lab). I learned that the sourdough project is looking at the ecology of sourdough starter communities as relates to yeast and bacteria growth in flour when exposed to water and the local microbial environment. I attended a lab staff meeting and learned about the amazing research being done here. All the projects are basically looking at how the smallest phenomena impact much larger phenomena and vice versa, the micro to macro to micro feedback loop. And they keep finding that diversity is the key to sustainable growth and a healthy environment. I left the meeting excited and inspired! Next stop will be the As If Center in Penland, NC in October.

The only other preparation I would like to do is to try sonifying some data. I reached out to the Rob Dunn Lab folks, and Erin McKenney sent me a data set to try my hand at. The data is about nine lemur babies from three lemur species, and how the microbial makeup in each baby’s stomach evolves as changes are introduced to their diets. (This is Erin’s dissertation study!) We have identifiable parameters that can be orchestrated to show changes over time. Perfect!

The data is on a massive (to me) spreadsheet with lots of terminology I don’t know…yet. This will be an interesting process as we work out exactly what the sonic map will depict. I sense that certain data will lend itself to sonification and that is the part I do not yet know. After spending some time studying the spreadsheet, I asked Erin how we can cluster some of the microbial data together, and she sent me the class and phylum data sheets. Phylum became my focus as there were only 35 phylum as opposed to 95 classes and 255 strains of bacteria. One of the lemur mothers had triplets so I decided to put together phylum profiles on this small group. Culling through the data for these specific individuals narrowed the phyla divisions down to 24, then I made an arbitrary cutoff point of >.00 density for each phylum (Erin said this was fine and is actually a tool scientists use to declutter data). Now was down to 15 phylum – a manageable number for a timbral illustration.

The microbes were collected from the three babies six times from birth to nine months. The timeline for the samples was birth, nursing, introductory solid foods, regular solid foods, and two times as they were weaning. Microbes were collected from the mother when she gave birth. Erin had the brilliant idea to have the mother’s phylum profile (which does not change over time) be a drone under the babies’ phylum profiles in the sound map. This allows you to hear when the profiles diverge and when they converge.

The sonic substance for all this is a phyla megachord that stretches from G1 to G5. Each phylum is voiced by a single pitch, so, for example, Protobacteria is G1. Since there are only thirteen pitches in a chromatic scale, some of the phyla would land on the same pitch, different octaves. There were five phylum that tended to have the highest presence in each sample, so I made them the Gs, and all the rest had separate, distinct pitches. I used amplitude to render the amount each phylum was present in each sample.

Then there was how to voice the individual profiles in order to hear the data as clearly as possible. After much experimentation the mother’s voice is a woodwind with steady tone throughout. I chose bell-like voices for the three lemur baby profiles, letting each phase ring out four times over the mother’s profile. The idea is to listen and compare the mother’s profile with the babies’ profiles. Listen for the change (or lack of change) as the each stage rings in four times. You will probably need to listen closely several times. What you hear is a uniformity of tone at birth that becomes more dense and dissonant as the phyla diversify with the babies’ diversifying diet. Then the final wean profiles settle into more consonance with the mother’s profile. So very interesting!

When I sent this to Erin, she said, “The patterns you’ve detected and sonified are exactly what I published.” Yes! This is the sketch I will use to create a soundscape of the Lemur Data. From this exercise, some tentative questions have emerged that will help when we start working on the sourdough project:

How is the data organized/catagorized?

What is being measured?

What are the signifigant changes and time frames within the data collection process?

What are the researchers interested in hearing from the data?

And this is just the beginning!

Song of Sirens


When I was a child, we often visited our grandparents in Elkins WV. Elkins is home to the Mountain State Forest Festival, and is my birthplace. My Mother’s family has a long history with Elkins. Her grandfather was one of the first mayors and one of two doctors after the town’s 1890 incorporation. I am not sure how my Dad’s mother got there. Mamaw lived in a brick row apartment with a porch and stoop to play on. And she lived one block from the volunteer fire department.

When I slept over with Mamaw, there was always a fire in Elkins, sometimes two. The volunteers had to be called in from all over town, and what called them was the longest, most mournful sound my young ears had ever heard. As loud as it was (remember we were one small block away) the siren also sounded ghostly. It went on and on and on for an eternity and then it stopped! A lovely silence would fall and gently wash away the residue of the wailing. If it happened at night, I would return to sleep; by day, it was back to play. Either way, the siren always elicited a jolt of free-floating anxiety.

The Mountain State Forest Festival takes place the first weekend in October in Elkins and has for 85 years (with a short hiatus during WW II). This Festival was a highlight each and every year of my growing up. We got out of school for two days, traveled through the gorgeous colors and crisp fall air to spend several days with carnivals, exhibits, parades and pageantry. One of the parades took place on Friday night and involved 100 firetrucks sounding their sirens at the same time. The Fireman’s Parade attracted fire departments from all over West Virginia, and into Virginia and Maryland. The trucks would line up at one end of town and slowly make their way down the main street blaring the siren song of their station, their truck. The sound of 100 firetrucks calling their warning song together cannot be described. People flocked the sidewalk, laughing, trying to talk to each other over the din. My brother Matt is famous in our family for having slept through the Fireman’s Parade when he was a babe. Even back then, I enjoyed the interplay of the various intervals that make up a siren song.

A few years ago, my cohorts from iBoD (idiosyncratic Beats of Dejacusse) were discussing ideas for soundscapes. The one sound artifact that really stands out in the urban growth we are experiencing in Durham NC is the frequency of emergency sirens. This became the basis for an iBoD piece called The Sound…of Sirens. One online resource said the intervals of sirens telegraphed who’s coming: the police are a perfect fifth, ambulance is a fourth, and fire trucks are a whole tone. I designed the soundscape with those intervals. We all started with the basic intervals, and as the piece went on, we threw different intervals into the mix. The ending is a big crescendo and all out except the tail of the reverbed voices of the scape, which I turn up to a final fading shriek. We played the piece at a few venues. I thought of it as a novelty song.

I talked about all of this in an interview with Margaret Harmer, who produces electronic music as Shifting Waves. Margaret is producing an album of work from 15 to 20 women electronic artists from all over the world. She asked each of us to think back to a sound in our childhood, to find the story around that sound, and bring it forward into a piece. (I actually added that last part, Margaret did not say the story had to be about the piece for the album, and it sure did flow that way for me.) Here is a link to the interview.

I took the soundscape for The Sound…of Sirens and began to analyze it harmonically and timbrally. The piece was sculpted from thick resonant voices (several synth pads and strings). This allowed me to carve out the movement of the sirens, the doppler effect of approach and recede, the abruptness of a nearby siren suddenly starting or stopping – the psychoacoustic impact we experience in our communities. Now called Song of Sirens, the piece was a fountain of siren voices overflowing and receding. There are several short repeated interludes during the first section. Several crescendos and several interesting places where the sound drops out leaving space in the front of the mix. This is most obvious when listening through headphones. This has peaked my interest in how we define the sonic space a piece takes up, and how to keep the full space alive when the sound recedes.

Siren’s song in mythology is characterized as an intentional “luring” of sailors onto the rocks. This sounds like one side of the story to me. Who was hearing and for what end? Was the siren song seductive, plaintive, demanding? Was it the call of grey seals, baying and mournful, resounding in the range of the female voice, a voice the sailors had not heard in years? Perhaps the sailors drove themselves into the rocks looking for women to rape. There are many possible scenarios when all points of view are considered.

I wanted to put an intention of comfort and nuturing from female voices into Song of Sirens. How interesting that modern day emergency sirens call out warning, answer your cry for help, or pursue you – all at once. How to embody all of this while flipping the mythology of blame the women. So I recorded Trudie, her daughter, Sheila, and three granddaughters singing phrases of Brahm’s Lullaby and wove them in and around the siren soundscape.

We are creating a new mythology as our brains and conciousnesses go through an extraordinary evolutionary shift. The reptillian brain – the one that fights or flees – is softening into the polyvagal brain. We are moving from survival of the fittest to survival of the kindest. Feminine consciousness knows how to be kind, not just benevolent. As the Song of Sirens raises the death knell of the reptillian brain, grandmothers, mothers and granddaughters sing a soothing lullaby swaddling the panicy cries.

Song of Sirens will be released as a track on Voices from Eris, produced by Shifting Waves studios. Stay tuned for more on fundraising and release date. I appreciate your listening!

Listening to the Eclipse                   August 21, 2017

36.055 degrees N

78.918 degrees W

As the beauty-filled feminine Moon danced between the fire-filled Sun and our spaceship Earth, Trude and I opted to channel the energies of the moment into creative work. Listening to the Eclipse is a two hour soundscape created during the 2017 Solar Eclipse. The scape has a Prelude, silences, a dance of tones, the moon throwing shade, and a return. The Prelude to the Eclipse came first and emerged from the time of the first kiss of shadow to 30 minutes before the 92% totality most of NC received. The eclipse soundscape,  Sun Moon Earth Dance, occurred the 30 minutes before near totality, during near totality and the 30 minutes after.

The tonal relationships involved in an eclipse can be drawn from a variety of data. I used the tones derived by Hans Cousto in the book The Cosmic Octave. The Sun tone is B, the Earth tone is C#. The interval relation is a whole tone. A whole tone has the edginess of proximity and a certain consonance as well. The whole tone interval is like an honest, long-term, intimate relationship. The Moon is G# and is beautifully consonant with Earth’s C# as its fifth. The Moon and Earth are like soul-mates. So the Earth changes partners every twelve hours or so alternately dancing with soul-mate and spouse. Eclipses change the larger cosmic pattern amongst these three. The Moon gets to “cut-in” between the Earth and Sun Mid-day, mid-dance.

The scape is designed with orchestral voices of brass, strings, woodwinds,and bells along with solar winds, rattling bones and boiling water. I created and preset some loops of the primary intervals at play that I triggered while improvising on one of the midi instruments during the actual eclipse. Now, several days later, I am sculpting the piece. Using reverb, amplitude, crossfades, and panning, I place and move the source of each sound, creating sonic leaps and spins, and slow crossfades from one ear to the other. Here is where the story takes place – statements are made, pushed to the foreground or background, interruptions erupt, loud voices fade to whispers, laughter and great flair carry us into the future.

My intention with this practice was to listen closely in the moment and render the story of the eclipse as it occured through the sounds I chose. So the best way to listen to the recording  is through headphones, and with the sense that you are listening to a wordless podcast about the eclipse. There are characters speaking and moving about the sonic space. There are arguments, discussions, laughter and mystery. What story do you hear when you listen?

Here is what the August 2017 Eclipse sounded like to me-


Playtime: 60 minutes

TRIC Question #1 for 2017

One of the dejacusse/iBoD projects for 2017 is TRIC Questions, a sonic hacking of Terry Riley’s In C or TRIC. TRIC is comprised of 53 rhythmic/melodic riffs based in Nature’s Scale and set against an 1/8th beat pulse. My first pass through this piece was in 2014, when In C turned 50 years old. My approach was more historic then, so I listened to different versions of the piece, read about the composition process and wrote about the initial performances in 1964. Musician friends presented a slice of In C in performance that year, but mostly I explored In C through the Ableton Live DAW using different voices and tempo variations. For more on this, read the blog: My Year In C –here:

During that year, questions continually jumped out of the piece. As I became more familiar with the patterns, they each took on a unique and identifiable voice. Then one day, while looking at the score of TRIC, I saw that this is simply one way these patterns can be put together.

What if each package of tones stands on its own, AND in relation to any and all of the other packages?

Using the patterns of In C as little Lego blocks of sound and putting them together in different combinations has become my approach to “playing” In C.  I want to hear all the sonic possibilities within this musical universe-for what else can you call it? It is not a song, but it makes songs. It is not a symphony, although it has movement and motifs. In C questions all the assumptions we have about in tune and in time when making musical sounds in the world. When we loosen our grip on what we think things should sound like and give our attention to what we are hearing, and what is emerging from our articulations within that hearing – whole other worlds open up. Those are the worlds I want to continue exploring.

My first experiment with the long tones of TRIC was in November 2014. The question was how to use the long tone phrases to express tension and release. To hear the result of this experiment, go here On listening again, I hear the C pulse frenetically undermining any possibility of release. One of the TRIC Questions I have answered is to drop the 1/8th note C pulse. Scoring the patterns precisely in Ableton Live creates a rhythmic underpinning for improvising musicians to play with/against, so the C pulse is unneccessary and unhelpful. Another reason to drop the pulse is that it is an integral part of playing TRIC, and I am no longer playing that particular iteration of these sound modules.

The eight long tone patterns  range in length from 6 pulses to 32 pulses. If all eight modules begin at the same time, there will be a sustained 6 pulse EF#GC [C(add#4)]chord. This could be achieved by triggering all the modules at once. Then, it would be interesting to peal away the patterns till only two remain. Which two patterns will be the final pair that plays this iteration out? One possibility is P30 and P21, which carries the tritone tension through to end. The other pair is P29 and P42, which creates the more consonant C major sound. Let’s try those two ideas. First, we end with P30 and P21. This sketch feels tense throughout. The denseness dissipates, but the tension stays high.

Next, we end with P29 and P42. Here the tritone tension is folded into a more harmonious blend by the end.

I have been so focused on the tritone carrying the tension, that I ignored the tension that half-tone, whole tone and minor third intervals inject into the scape. The final voices in the harmonious sketch create as soothing a combo as exists within this overlayering of fourths and minor seconds and thirds. So while it is soothing, there remains a sense of alertness within the release.

And, for my next trick, I set off that initial C (add#4) chord over and over, each time pealing away different layers to create a longer soundscape. Here is a 6 minute sound piece with five versions of pealing back to two patterns by the end. Each iteration ends with a different pair.

I love the feeling of fireworks exploding into that C (add#4) then the subtle changes that pealing back one part at a time makes to that chord. Then finally, there is a falling off of the expansiveness of the sound field and we are left with just two patterns rocking back and forth. Then – BAM – the C (add#4) explodes again. I love this!

Nature’s Chord

The Law of the Octave is the first step in understanding how the frequencies of the Universe are vibrationally organized. The fact that any frequency, doubled or halved, is a re-expression of the original frequency suggests the beginning of some kind of fractal movement. We have a place to return to and begin again; a place that comes around again later. The next step in understanding how frequencies are organized involves adding the fundamental frequency to itself over and over again. This creates a beautiful and repetitive frequency pattern that expands The Law of the Octave into what is often referred to as Nature’s Chord.

Nature’s Chord is the same as the Harmonic Overtone series, which I have written about before. To get a really good idea how alchemical these tones are, you have to know their history. A long ago deep listener named Pythagoras was walking through town and heard the clanging hammers of metalsmiths. Then he really listened to the clanging and realized he was hearing high pitches when the small hammers were used and lower pitches when the large hammers were used. Then he tightened a string and noticed that dividing the string in particular ratio relationships created these beautiful harmonics.


With the string tightened to a particular tone when plucked – lets say an A (at 220 Hz), Pythagoras discovered that vibrating half the string gave an octave higher version of the same tone A (now at 440 Hz). When 2/3 of the string was vibrated the tone will be E, which is the fifth interval from A and vibrates at 660 Hz – 220+220+220. When the next 220 gets added, we are back at the octave. Simply amazing!

And on it goes, each iteration of the initial frequency, reveals another harmonic. After the A octave at 800 Hz comes the C# at 1100 Hz – this is a third above the fundamental tone. The Harmonic Overtone series has risen three octaves so far, and in that span has revealed the root chord structure for any music – the fundamental  frequency, the third and the fifth. So, in our example, the A Major chord has been revealed through the harmonics inherent in the note we call A: A C# E.

Another overtone that comes out in the third octave is the flatted seventh. So, along with the root chord, we also get a nod to the seventh and its place in the most beautiful chord structures. The fourth octave reveals most of the remaining diatonic tones from the second, to the raised fourth, to the natural seventh. All of the tones we know in our most familiar musics are laid out in the first four octaves of the Harmonic Overtone series. The number of overtones per octave doubles with each successive octave, so the next octave after the fourth octave would have 16 overtones and the next 32. At these levels the harmonics are so varied, close together, and difficult to hear that discrete pitches disappear into a percussive wash of sound.

The amazing relevance of this chord to everything you hear is difficult to comprehend on first pass. The Law of the Octave and Nature’s Chord are undeniably present and absolutely inscrutable – wherever there is atmosphere, Nature’s Chord exists in potential. It is a preset pattern that awaits a disturbance to set it in motion. The disturbance moves the atmosphere and Nature’s Chord presents this disturbance to our ears in a beautiful harmonic package. The harmonic framework springs forth from the primary tones of all the sounds you hear. Each sound is characterized by the amount of and the “mix” of harmonics. Nature’s Chord is easily heard in strings, pipes, the voice – anything that can support a standing wave vibration and thus maintain a pitch. The mix gets less melodic when the waves are less harmonic and more dense. It is Nature’s Chord that renders what is known as timbre. Timbre is the “color” of sound and as easily recognized as red, blue, green, a knock on the door, your lover’s voice.

Recently,  I was studying voices on a sonogram and saw the overtone series in each person’s speaking voice. Most everyone has a fundamental tone around which their vocal inflection patterns dance. Here is a photo of a voice in the key of F:

The bottom line is F, the next line up is the re-expressed octave F, the next line is C the fifth overtone for F, the next the octave again and so on. Look in the upper right corner and you can see the “pitch bin” for where the cursor is pointing: F  F  C  – Nature’s Chord made flesh!

All of this information has me wanting to explore the power of Nature’s Chord. Several contemporary classical music composers have used this chord as a theme for compositions. Terry Riley’s In C is composed of the prominent notes from the harmonic overtone series of the tone C. John Adam’s Sila the Breath of the World is built on the overtone series of Bb. Moondog, a NYC street composer, was fascinated with the overtone series and used it in his piece called Creation. Here is what he had to say about the overtone series in an interview:

How could you send a message that would never be destructible? Only in sound waves. Waves are indestructible. Wherever there’s a planet that has atmosphere, these overtones could be heard. Scientists are looking in telescopes and microscopes and they don’t realize that this is here, right here. The secret is all around us and nobody recognizes it.

 I am exploring tones and harmonics and octaves and fractals, oh my! Last year, I developed a piece for the Human Origami workshops based on the disruptive power of the 11th harmonic. I am expanding that piece and putting it into the iBoD repertoire. Invoking the Law of the Octave, the disruptive 11th Harmonic stirs the energy wherever a tone and its fifth are played. And the further apart they are, the closer you can get to that four octave span that produces the 11th harmonic, the more powerful the vibe!

So here is an early version of 11th Harmonic – the first in a series of works inspired by Nature’s Chord!

Carried Wisdom


I have a friend whom I have not seen in many decades. We now communicate on Facebook. We shared a connection in high school, then I moved away sophomore year. I am not good at maintaining long distance relationships – being a right here, right now kinda girl! The present moment is very full, but I want to expand my awareness to include those I love who are not in my immediate proximity.

My friend had a difficult and painful 2016. She surrendered much, participated in great healing and is moving through the experience with much love and gratitude. She is in my thoughts alot these days. We have shared jokes and love memes on Facebook. She has listened to some of my soundscapes and is open to the vibrations. I wanted to create a soundscape for her journey.

I have not heard from her in a while and I am sending waves of loving vibrations her way via the soundscape entitled Carried Wisdom.