Monday, July 13, 2026

Sound Morphology Learning Lab - Inside the Score: Agostino Bonalumi and the Mito-Notational Field


Sound Morphology Learning Lab

Inside the Score: Surface, Pressure, and the Mito-Notational Field

In this score, I am not using the page as a neutral support. I am using it as a pressure field. I want the work to begin acting before it is performed, before the eye organizes the symbols into anything legible, before the performer decides what counts as event and what counts as atmosphere. The score has to function first as a condition.



That is where Agostino Bonalumi matters to me. What I take from him is not simply a visual reference. It is a structural lesson. His relief works turned the surface into an active spatial body. The plane was no longer passive. It was stretched, stressed, pushed outward, made to hold tension. That logic is central to what I am doing here. I want the score to behave the same way. I want it to feel as though it has been forced into visibility from behind.



The matte-black receding relief in the background establishes that immediately. It is not there as backdrop or mood. It is the first layer of behavior. The protrusions make the page feel swollen, pressured, bodily. They interrupt the fantasy of flat readability. Even before notation appears, the score is already telling the performer that this field has depth, resistance, and stored force.

I think of the black relief as compressed energy. It recedes, but it also insists. That contradiction is useful. It makes the eye work. It slows down the act of reading and turns perception into part of the composition.

The Scuduri font in the upper right reinforces that shift. For me, it is not a decorative flourish or a title marker. It acts as a local code block, a signal that the score operates under its own internal law. It announces a notational jurisdiction. Once that font appears, the page makes clear that it may borrow from conventional systems, but it is not governed by them entirely.



That is the role of what I call the mito-notational system. It borrows from Western notation, but it does not remain obedient to it. Staff fragments, noteheads, beams, rhythmic densities, and gestural clusters all appear, but they no longer behave as parts of a continuous linear syntax. I break them apart, suspend them, compress them, and redistribute them so that they begin acting less like instructions and more like charged objects.

This is the essential move. I am not rejecting notation. I am turning notation into material.

Across the score, the fragments do not form a single sentence. They form a dispersed topography. Some are dense and blackened, almost architectural. Some are thin and unstable, more like tremor bands or residues. Some hover as isolated capsules. The performer does not simply read through them. The performer has to move among them. The score becomes archipelagic. Meaning is produced not only by the symbols themselves, but by the tension between them, the distance between them, and the pressure of the relief field underneath.



That is how the score functions. Each element bends the space around it. A compressed cluster thickens the silence beside it. A stretched line changes the temporal character of an empty zone. A suspended fragment may carry less literal instruction than atmospheric or tactile pressure. In this system, notation is not just symbolic. It is topological.

The purple variant makes that even more explicit. The field becomes more synthetic and less recessive. The metallic circular forms read like resonators, valves, apertures, or pressure discs. The staff lines extending outward from the clef create a sense of projection or transmission, as if notation is being routed into a device. At that point the score stops behaving only like a page and starts behaving like an interface.

That shift matters to me because it shows how the work moves between identities without settling. It can be relief painting, score, symbolic artifact, and apparatus at once. I do not see that instability as a problem. It is the engine of the piece.



For the performer, this changes everything. The score does not ask for passive decoding. It asks for navigation. It asks the performer to decide what is foreground and what is field, what is sounded directly and what remains atmospheric, what behaves as rhythm and what behaves as texture. The page distributes pressure, but it does not close off interpretation. That balance is important. I want the work to remain unmistakably itself while still requiring thought, judgment, and risk from the performer.

So when I say this score functions and acts, I mean that quite literally. It functions as a relief system, a hybrid notational script, and a symbolic object. It acts by delaying legibility, by turning surface into force, by making notation tactile, and by forcing performance to begin as interpretation rather than execution.



That is the larger aim for me. I do not want a score that simply tells a performer what to do. I want a score that changes the conditions under which doing becomes possible. I want a page that thinks spatially, a notation that behaves like matter, and a surface that carries its own internal tension into the room.

That is where this work begins. Not as document, but as pressure.



Saturday, July 11, 2026

Page from "Fountainhead"


"A Calendar of Weight" for Solo Violin






 

"The Paranormal Detective Agency's Guide To Modern Physics" for Viola

 







"The Paranormal Detective Agency's Guide To Modern Physics" embodies a plethora of complex musical concepts and intricate notational structures. My goal for this work, composed for the viola, is to exude a sense of otherworldly energy and a heightened sense of mystery that is both awe-inspiring and eerie.
The composition employs a highly developed notational palette that incorporates fissures, fragmentation, and semicollapsed geometric transformations, which pivot and rotate. The visual landscape of the score is both complex and multifaceted, with each element interacting in a unique and intricate manner, creating a complex and layered soundscape that is both immersive and mesmerizing.
The score is in the midst of a metamorphosis, caught in the process of becoming something else. The composer's vision is to create a piece that defies conventional music theory and notation, incorporating a multitude of unique concepts and techniques that push the boundaries notation.
As a composer, I define myself as someone in total opposition. I believe that resistance is autonomy, and that it is the raison d'etre for my existence as a composer. It is fundamental to my work and is the driving force behind my compositional endeavors.
The use of fissures and fragmentation in the score creates a sense of fragmentation and disorientation, with the performer jumping from one section of the score to another, creating a sense of chaos and disorder. The semicollapsed geometric transformations add another layer of complexity, with the notes and symbols appearing to pivot and rotate around each other in a dizzying display.
Despite its complexity, the piece is incredibly engaging and captivating, albeit it is also an extreme extension of systemization and depersonalization incorporating a range of techniques and elements that create a sense of dematerialization, a seductive effacing of architectural boundaries, and of the surfaces rendered so emphatically present that defines the viola in an abstract, extreme persona.

The discreet allusiveness gives way to the linear evocations of perspectival recession, generating the feeling of an empty space mirroring itself to infinity.

"Scant". For Tuba.


Scant exists as a manifesto of complexity.  It is an embodied treatise on the ontological relationship between notation and performance, between sight and sound, and between the abstract precision of geometry and the corporeal imperfection of interpretation. 

Central to the composition is a custom-designed notational font, whose cylindrical coordinate system and radial symmetry propose not just a novel method of organizing musical material but an entirely reimagined definition of musical space and gesture.

The Geometry of Sound: A Radial Grammar of Music

The score for Scant situates itself within a conceptual framework where the traditional linear temporality of Western musical notation is replaced with a circular architecture. The circle in Scant does not merely represent a recurring cycle or a return to a point of origin. Rather, it operates as a multidimensional representation of simultaneous forces...that of gesture, articulation, and timbral evolution emanating outward like ripples from an epicenter.

In this system, the circle becomes a locus for interaction between spatial and sonic dimensions. Each radial segment corresponds to a specific sonic parameter: articulation, pitch cluster density, dynamic contour, and timbral fluctuation. Unlike a Cartesian grid, which rigidly dichotomizes pitch and time, the cylindrical coordinate system accommodates a fluid interrelation of parameters, encouraging performers to think of musical gestures as rotational vectors rather than linear sequences.

A Hypothetical Definition of the Circle in Scant

In Scant, the circle is more than a geometric figure; it becomes a sonic topology, a living architecture of sound. Its symbolic definition might be imagined as follows:

The circle in Scant represents a multidimensional musical environment wherein sound, space, and time are unified as intersecting planes of motion. Each radius functions as a vector defining the trajectory of an interpretative decision, while the circumference traces the boundaries of performative potentiality.

The Elements of Radial Notation:

  1. Radius as Vectorial Gesture: Each radius in the circle marks a pathway for the performer’s interpretative action. The length of the radius encodes the intensity or dynamic weight of a given gesture, while its angle signifies a shift in timbral focus. For instance, a radius angled toward the upper-right quadrant might indicate a transition from multiphonic textures to pure tones, while a radius angled downward suggests harmonic distortion or air resonance.

  2. Circumferential Motion as Temporal Flux: The circle’s circumference does not delineate a single unidirectional timeline; rather, it invites the performer to navigate through overlapping layers of temporal density. Each segment of the circumference is an elastic temporal framework, within which the performer can expand, compress, or even suspend time altogether.

  3. Radial Nodes as Intersections of Density: Specific nodes along the radii mark points of heightened activity, where articulation, pitch density, and dynamic instability converge. These nodes serve as interpretative landmarks, guiding the performer through moments of calculated tension or release.

  4. Timbral Modulation Across Circular Arcs: Timbral transformations in Scant are encoded along concentric arcs within the circle. The closer an arc lies to the center, the more “raw” or “unrefined” the timbre; outer arcs correspond to more stabilized, harmonically resonant tones. This layering of timbral arcs allows the performer to navigate textural extremes while maintaining cohesion within the radial structure.

Cylindrical Coordinates as a Performative Challenge

The cylindrical coordinate system underlying Scant adds yet another dimension to its notational framework by incorporating the depth of sound, both literally and figuratively. Where traditional musical notation restricts itself to two-dimensional space, the cylindrical model introduces the idea of vertical depth as a metaphor for the tuba’s rich harmonic overtone series and spatial resonance.

The Performer’s Role in Navigating Cylindrical Space:

  1. Circular Motion and Breath: The tuba, as a wind instrument, naturally lends itself to circularity through the physical act of breath. The performer’s airflow becomes analogous to the rotational motion of the circle, creating a physical resonance between the player and the notational system.

  2. Dynamic Elevation through Depth: Depth within the cylindrical system represents not only volume and dynamic range but also the metaphorical “weight” of sound. A deeper point within the cylinder corresponds to the tuba’s lower register and its capacity for sustained, resonant tones. Conversely, shallower depths highlight quick, fleeting articulations in the higher registers.

  3. Rotational Interpretation as Fluid Form: The performer must engage with the score’s radial symmetry by adopting a mindset of fluidity. Rather than approaching the music as a fixed series of instructions, the cylindrical coordinate system demands interpretative flexibility, encouraging the player to think in terms of dynamic, rotational motion rather than static execution.

Interplay of Circularity and Instrumentality

The tuba, with its expansive range and textural possibilities, is uniquely suited to this radial architecture. Its capability to oscillate between piercing clarity and dense harmonic undertones finds a natural parallel in the rotational layers of the score. Moreover, the instrument’s sheer physicality seems to echo the circular logic of Scant itself.

The tuba becomes a vessel through which the performer channels the score’s multidimensional energy, translating visual symbols into physical gestures, and ultimately, into sound. The decision to create a new notational font for Scant reflects an inherent understanding of this symbiosis between instrument, notation, and performer. The cylindrical system is not merely a tool for organizing musical data; it is an invitation to explore the boundaries of what an instrument can express.

Toward a New Notational Ecology

With Scant, I have crafted not merely a composition but a cartography of sonic exploration. The cylindrical coordinate system and radial symmetry redefine the relationship between notation and performance, challenging traditional notions of time, space, and gesture. The circle, as a living symbol, embodies the fluid interplay of sound and motion, inviting performers to inhabit the music as a multidimensional landscape.