THE MEDICINE CABINET AND THE IMPOSSIBLE PAGE: Hirst's Grids, Ferneyhough's Density, My Own Excess

THE MEDICINE CABINET AND THE IMPOSSIBLE PAGE Hirst's Grids, Ferneyhough's Density, My Own Excess

There is a specific kind of density in my own densest pages that I have always described, when asked, as functional. Every mark earns its place, I say. Nothing is there for effect. I have said this often enough that I stopped checking whether it was true. Two very different bodies of work, one built from pharmaceutical packaging arranged behind glass, the other built from nested rhythmic ratios almost no performer can execute cleanly, give me an actual test for that claim instead of another opportunity to restate it.

THE CABINET IS A SYSTEM THAT ISN'T ONE

Damien Hirst's Medicine Cabinet series began in the 1980s with the contents of his own grandmother's bathroom, old prescriptions arranged on shelves by what part of the body they treated, migraine remedies at the top, foot cream at the bottom, a taxonomy borrowed directly from the human form the medicines were meant to fix. Hirst has described the cabinets as bodies themselves, and also as a cityscape, a civilization complete with its own hierarchy, and, in the same breath, as a contemporary museum of the Middle Ages, something a future viewer would look back on the way we look back on an old apothecary. The later work The Void arranges thousands of individual pills into a single perfect grid on a glass shelf, a piece Hirst has called the best thing he ever made.

The grid produces dread, and it does so with almost no functional content behind it. Later cabinets in the series took their titles directly from the twelve tracks on the Sex Pistols' Never Mind the Bollocks, Pretty Vacant, Liar, Seventeen, Sinner, and by Hirst's own account, the titles have nothing to do with the specific medications displayed inside any given cabinet. A viewer standing in front of Sinner, seeing condoms behind the glass, is free to construct a relationship between title and contents that the artist never actually built. The order looks total. It looks clinical, hierarchical, medically legible. One assessment of a related cabinet piece put it plainly: the arrangement is aesthetic rather than practical, calling attention to the superficial impact of these products rather than any clinical one. The grid is real. What it organizes according to is, underneath the grid, largely decorative.

This is the specific mechanism worth naming precisely, because it is not simply that Hirst's work is orderly. It is that the order performs total systematic control while withholding the actual system that would justify it, and the gap between those two things is exactly where the dread lives. A visitor trusts the taxonomy because taxonomies are usually trustworthy, and the work exploits that trust without ever quite honoring it.

DENSITY THAT CHANGES WHAT A BODY MUST DO

Brian Ferneyhough's notation produces a comparable first impression of overwhelming control and asks something entirely different of the person standing in front of it. His scores nest tuplets inside other tuplets, five sixteenth notes fit into the space of an eighth note, and then that entire figure tucked again inside a further ratio, while tempo markings sit absurdly slow, an eighth note at forty to seventy-two beats per minute, layered against note values shorter than a sixty-fourth. The two demands actively fight each other. Slow tempo should make a passage easier to parse. Ferneyhough uses it instead to expose, in agonizing detail, exactly how much has to happen inside each beat, a technique Ferneyhough himself has referred to as a deliberate too muchness.

The crucial difference from Hirst's cabinet is that this density is not describing a system. It is a system, one that actively changes the physical and cognitive task in front of a performer. Steven Schick, who has spent a career learning this repertoire, put the distinction precisely: learning a Ferneyhough piece is mostly an act of simplification, stripping the notation down to something a body can approach, while the actual performance is an act of re-complexifying, building the difficulty back up live in real time. Robert Carl has made a related point, that by forcing every subtle musical decision into visible notation, Ferneyhough renders unconscious choices conscious, and once a performer has to consciously negotiate decisions a simpler score would have let the body make automatically, an entirely new register of interpretation and risk opens up that did not exist before the density was there. One scholarly account frames this as Ferneyhough's larger project: not an effort at perfect representation, where success means the performance matches the page exactly, but a project built on the coalescence of dialogue between composer and score, score and performer, performer and audience, where the notation's job is precisely to generate friction at every one of those junctures rather than eliminate it.

I want to be honest that this is not the consensus reading of Ferneyhough even among people sympathetic to his work. There is a real critical position, one worth taking seriously rather than dismissing, that argues the mythology of impossible difficulty around his notation has become its own kind of theater, an aura of virtuosity that circulates in program notes and interviews with only a loose relationship to what is actually audible in the finished performance. That critique matters here specifically because it describes exactly the failure mode I need to rule out in my own work: density performing difficulty as a kind of branding, independent of whether the difficulty produces anything at all once the sound reaches a listener's ear.

So the standard I actually need, drawn from the best version of Ferneyhough's practice rather than its mythology, is this: does the density force a genuinely new negotiation on the performer's body, one that would not exist if the passage were simplified, or does it only look forbidding on the page while a simplified version would produce something close to the same result once it reached the air.

WHAT THE GRID HIDES, WHAT THE RATIO CANNOT

Put the two side by side and the operative difference is not visual density at all, since both Hirst's shelf and Ferneyhough's page can look, to an untrained eye, equally overwhelming. The difference is whether the order is load-bearing. Hirst's grid could be executed by anyone with a level shelf and a steady hand, because its complexity is entirely representational, a picture of order rather than an operative demand. Ferneyhough's grid resists competent, faithful execution by design, because its complexity is a physical task, not a picture of one. You cannot fake your way through nested impossible tuplets the way you can arrange pill boxes to look clinical. The page is not describing difficulty. It is difficulty, imposed directly on a body holding an instrument.

TESTING MY OWN PAGE AGAINST BOTH STANDARDS

I have already, in earlier writing on the Clarion series, described three layers of notational authority on my own densest pages: an imperative layer that a performer must obey, pitch, duration, articulation, microtonal displacement, a relational layer of arrows and brackets and numerical partitions that must be preserved without being executed literally, and an environmental layer, the machine imagery, the barcode, the warning graphics, the typographic ribbons, that I explicitly said should alter a performer's attention without being sounded at all.

I want to sit with what that third layer actually is, because I think I already answered today's question inside that earlier essay without noticing what I had done. The environmental layer, by my own prior description, is not meant to change what a performer's body physically does. It is meant to look total, to sit on the page with the visual authority of a system, while carrying none of the operative weight that would make it Ferneyhough's kind of density. That is Hirst's mechanism exactly. The barcode does not require decoding to be executed correctly, the same way Sinner's Sex Pistols title does not require any actual link to the condoms behind the glass to produce its effect. Both are order performing itself for an audience that will trust the appearance of system over the presence of one.

The imperative and relational layers are a different case, and I think a genuinely different one. The nested tuplet structures across the page, the triplets folding into quintuplets folding into the piece's more extreme nonuplets and the conspicuous fifteen-part division near the bottom of the score, do change what a trumpet player's body has to negotiate in real time, the same way Ferneyhough's nested ratios do. A performer cannot fake competent execution of those figures by approximation the way a curator could fake Hirst's taxonomy with a level shelf. That density is load-bearing in exactly the sense Schick describes, learned through simplification and rebuilt through re-complexification at the moment of performance, generating the kind of friction between composer, score, and player that Ferneyhough's practice is actually after underneath its own mythology.

So the honest answer is not a single verdict across the whole page. It is a split I had already built into the piece and had not fully admitted to myself: some of my density is Ferneyhough's kind, operative, load-bearing, genuinely destabilizing to execute. Some of it is Hirst's kind, a system that performs totality for a viewer's eye without ever being asked to bear any actual operative weight. I called the second category environmental in earlier writing, as though giving it a neutral name settled the question of whether it was honest. It does not. Environmental is simply my own word for decorative order, arranged, like Hirst's cabinets, for its dread rather than its function.

WHAT I OWE THIS DISTINCTION GOING FORWARD

I do not think the decorative layer needs to be eliminated. Hirst's cabinets are genuinely effective art, and the dread a purely representational system can produce is a real effect, not a lesser one, just a different one from what Ferneyhough's operative density produces. What I owe this distinction is honesty about which of my marks are doing which job, rather than letting the word environmental quietly imply that every mark on the page carries equal consequence when I already know some of them do not.

The concrete test for the next page I write is simple to state and harder to actually do. Before a mark goes onto a Clarion score, I want to be able to answer one direct question about it: if this were removed and the passage simplified, would a performer's body have to do anything differently. If the answer is yes, the mark belongs with the tuplets and the nested ratios, in the register Ferneyhough actually earns, not just gestures at. If the answer is no, the mark belongs with the barcode and the machine imagery, in the register Hirst earns, and I should say so plainly rather than letting its visual weight borrow authority from the marks beside it that really do change what a body has to do. The page can keep both. It should stop pretending, the way I have let it pretend, that both are the same kind of density.

AGAINST THE IDEOLOGY OF CLARITY: Notation That Refuses to Serve Performance

Ask a working musician what makes notation good and you will hear some version of the same answer. It should be legible. It should communicate the composer's intention without ambiguity. It should get out of the way so the music can happen. These sound like neutral, almost technical virtues, the notational equivalent of a well-paved road. Nobody, after all, is against clarity. But clarity is not neutral. It is an ideology, in the strict sense: a system of values so naturalized that it no longer looks like a choice. And like every ideology, it has a cost it does not advertise, paid by whatever cannot survive translation into something clear.

THE SCORE AS SERVANT

The dominant model treats notation as a delivery system. An idea occurs somewhere upstream, in the composer's ear or imagination, and the score's job is to transport that idea downstream to a performer with minimal loss. Clarity, on this model, is simply fidelity. A confusing score is a leaky pipe.

This metaphor is so embedded in how notation gets taught, edited, and evaluated that its strangeness is easy to miss. It assumes music is something that exists complete before notation touches it, waiting only to be encoded and decoded without residue. It treats the performer as a transmission line rather than a body, and the page as a set of instructions to be executed rather than an object to be encountered. Most damning of all, it quietly makes efficiency a musical value. A score that takes longer to parse, that resists a fast read-through, that makes a professional sight-reader feel briefly stupid, is treated as a failure of craft rather than as a possible achievement.

Ask who benefits from this arrangement and the answer becomes uncomfortable. Clarity serves rehearsal schedules. It serves publishers who need parts that can be engraved without controversy. It serves the economics of an ensemble that cannot afford to spend four extra hours on eight bars. None of these are illegitimate concerns. But none of them are musical concerns either, and treating them as the same thing is precisely how an ideology operates: economic and institutional convenience gets relabeled as aesthetic virtue.

WHAT CLARITY QUIETLY EXCLUDES

Once notation is asked to be efficient, certain kinds of musical thought become almost impossible to write down, not because they cannot be notated but because notating them honestly would violate the demand for a clean read.

Consider a composer who wants the performer's uncertainty to be part of the sound. Not a controlled ambiguity resolved by rehearsal into a fixed interpretation, but a live uncertainty that should persist into the performance itself, so that the audience hears a body genuinely unsure what happens next. A clear score cannot contain this without cheating, because clarity's entire purpose is to eliminate exactly that condition before the downbeat. The moment the ambiguity is resolved in rehearsal, which a well-made clear score practically demands, the piece has already lost the thing it was for.

Or consider a composer interested in the performer's fallibility as material rather than as a defect to be rehearsed away. A score that specifies a task at the edge of what a body can reliably do, not to produce virtuosic triumph but to produce the sound of a system under real strain, cannot be written clearly without lying about what it is asking for. Clarity assumes the task is achievable and the notation's job is to make achievement efficient. Some tasks are not meant to be achieved cleanly. Their difficulty is not a hurdle placed in front of the music. It is the music.

There is also a simpler and more uncomfortable possibility: that some musical ideas are inherently resistant to legibility, not as a rhetorical stance but as a structural fact, the way certain thoughts resist being said in plain sentences without becoming something else. A score built from colliding notational systems, none of which fully governs the others, does not fail to be clear. It succeeds at being irreducible, which is a different and arguably harder achievement, one that a demand for clarity would sand down before it ever reached a stand.

DIFFICULTY IS NOT THE OPPOSITE OF CARE

The usual objection here is moral rather than aesthetic: opaque notation disrespects the performer, wastes their time, treats them as a puzzle to be solved rather than a collaborator to be informed. This objection deserves to be taken seriously, because bad opacity certainly exists, the kind produced by carelessness or vanity rather than necessity.

But the objection assumes that difficulty and disrespect are the same thing, and they are not. A score that resists easy reading can be an act of enormous respect, a wager that the performer is capable of more than efficient execution, that they can function as an intelligence encountering something genuinely unresolved rather than as a skilled operator running a known procedure. Clarity, pursued as an absolute value, can itself become a subtle disrespect, since it assumes the performer needs to be protected from difficulty rather than trusted with it.

There is a telling asymmetry in how this gets discussed. Nobody accuses a demanding philosophical text of disrespecting its reader simply because it is hard. Difficulty in that context is often taken as a sign the material deserves serious attention. Music alone is regularly asked to justify its difficulty by proving that the difficulty resolves into something a listener or performer can eventually possess cleanly. Notation that refuses to resolve is treated with suspicion that other difficult forms are not, precisely because the ideology of clarity has convinced us that music's proper relationship to its audience is service.

THE OTHER GENEALOGY

None of this is new, exactly, though it is worth stating plainly rather than treating as a settled historical footnote. Certain scores across the last century have always behaved less like instructions and more like objects that a performer has to inhabit rather than decode. Their difficulty was not incidental to what they were doing. It was frequently the entire argument, an insistence that the performer's relationship to the page should resemble encounter rather than compliance.

What has shifted is not the existence of such scores but the confidence with which the field talks about them. They tend to be framed apologetically, as historical curiosities, extreme cases, useful mainly for what they teach us about the limits before returning gratefully to legibility. Rarely are they treated as a legitimate ongoing alternative tradition with its own internal standards of success, standards that have nothing to do with how fast a professional can sight-read them.

A DIFFERENT QUESTION

None of this is an argument that all notation should aspire to confusion, which would simply invert the ideology rather than escape it. The point is not that opacity is good and clarity is bad. The point is that clarity is not a default and confusion is not automatically a failure, that both are choices with consequences, and that a field which only ever asks whether a score communicates efficiently has already decided, without quite admitting it, what music is for.

A more honest question would not ask whether a score is clear. It would ask what the score is trying to make happen, and whether clarity would help that happen or quietly prevent it. Sometimes the answer will still be clarity, achieved deliberately rather than by default. Sometimes the honest answer will be a score that resists the performer just enough to keep something alive in the room that a clean read would have already killed.

The page does not owe performance an easy passage through it. Occasionally its entire purpose is to make sure nothing passes through unchanged.

THE AMAZON CANNOT FLOW THROUGH A BATHTUB: Sorabji's Third Organ Symphony and the Theology of Excess

 

THE AMAZON CANNOT FLOW THROUGH A BATHTUB Sorabji's Third Organ Symphony and the Theology of Excess

There is a particular kind of silence that surrounds Kaikhosru Shapurji Sorabji's Organ Symphony No. 3, and it is not the silence of neglect so much as the silence of impossibility. The work occupies three hundred and five manuscript pages, now held at the Paul Sacher Foundation in Basel, and runs to something in the neighborhood of eight and a half hours in performance, written between 1949 and 1953 and dedicated to Sorabji's American friend Norman Gentieu. Kevin Bowyer, who has done more than any other performer to bring Sorabji's organ music into the world, has stated plainly that the difficulty of the three organ symphonies increases as the series progresses, and that the Third stands as the most demanding organ composition in existence, adding that this was never difficulty pursued as an end in itself but a consequence of genuine musical necessity, since every note contributes to and is justified by the whole. The claim is worth taking seriously, not as a boast about stamina, but as a description of a piece of music that behaves as though it were trying to complete an argument no single lifetime could finish stating.

That argument, and the theoretical assumptions beneath it, are the proper subject of this essay. A work of this scale cannot be approached usefully as a curiosity or as an endurance record. It has to be approached as the logical endpoint of a compositional philosophy that Sorabji spent decades articulating in prose, in polemic, and finally in sound.

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01 A SYMPHONY WRITTEN IN EXILE FROM THE CONCERT HALL

To understand why the Third Organ Symphony looks the way it does, it helps to remember when and under what circumstances it was written. Sorabji had performed some of his own music publicly between 1920 and 1936, and had then, in response to what he regarded as the degrading conditions of concert life, effectively withdrawn his works from public performance, a state of affairs that persisted until 1976. He never formally imposed an unequivocal ban, but the practical result was that concert audiences around the world heard almost none of his music for nearly four decades, since he regarded the conditions of ordinary concert performance as unsuited to what he had written and felt that no performance at all was preferable to what he called an obscene travesty. During those same years he drifted away from London life, eventually settling in the Dorset village of Corfe Castle, where he lived out most of his remaining decades in increasing seclusion, staying in public view chiefly through his writing rather than through concert appearances.

The Third Organ Symphony was therefore composed in a period when Sorabji had no realistic expectation that it would be performed, rehearsed, or even read by anyone beyond a handful of correspondents. It followed directly on the heels of another vast undertaking, the Second Symphony for orchestra, wordless chorus and baritone solo known as Jāmī, which had occupied him from 1942 through 1951, meaning the organ work was begun while that enormous orchestral project was still being brought to completion. A composer working under those conditions, without an audience, without a commission, and without any institutional pressure toward economy, was free to write exactly as much music as the material seemed to demand. The Third Organ Symphony is what that freedom looks like when it is exercised without restraint for four consecutive years.

This is not incidental biographical color. It is the precondition for the piece's entire aesthetic. Sorabji did not write a work this size in spite of having no performance in view. He arguably wrote it partly because he had none. The absence of an external constraint removed the last argument that might have persuaded him toward brevity, and what remained was the internal logic of the material itself, which he consistently described as a force with its own momentum rather than a set of decisions made on behalf of a listener.

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02 THE ARCHITECTURE OF THE THIRD SYMPHONY

The work is cast, like its two predecessors, in three large movements, though calling them movements risks understating their internal complexity, since each is itself a sequence of distinct formal units. The first part comprises an Introito, a Fantasia, and a Coda-ripieno. The second comprises a Grave, a Corale-Fantasia, and a Ripieno. The third and largest comprises a Toccata, a Passacaglia built on a theme with fifty variations, a Cadenza fantasiata, and finally a Fuga sextuplex, a fugue on six subjects.

The first movement is built from an extraordinary proliferation of thematic material. Where the corresponding movement of the Second Organ Symphony worked with sixteen distinct thematic characters, the opening movement of the Third expands that number to forty nine. That is not simply a larger number for its own sake. It represents a compositional decision to treat thematic identity itself as a field to be populated exhaustively rather than economically, an approach that runs directly against the classical symphonic assumption that a small number of ideas should be developed intensively. Sorabji instead multiplies the initial population of ideas until the very concept of a single controlling theme begins to dissolve into something closer to a population, or an ecology, of related but independent figures.

The central movement, spanning its Grave, Chorale-Fantasia, and Ripieno sections, is by some distance the shortest of the three parts, and by the account of those who have studied it closely, contains some of the most harmonically ravishing writing in the entire work, at moments recalling the chromatic saturation of Liszt's late piano piece on weeping and lamentation. Its relative brevity functions less as relief than as concentration, a narrowing of the aperture before the final movement reopens it to an almost unmanageable width.

That final movement is where the symphony's theoretical commitments become most explicit. It moves through a toccata, into a passacaglia built on fifty variations of a single theme, through a free cadenza, and finally into a fugue built on six subjects simultaneously. A sextuple fugue is already a rare enough undertaking in the history of counterpoint, since maintaining audible independence among even four simultaneous subjects taxes both composer and listener. Sorabji's decision to close his largest and most difficult organ work with six independent subjects woven together reads as a statement of intent as much as a technical feat. It says that the culmination of an eight hour argument should not be a simplification but a maximal accumulation, everything the piece has generated finally required to sound at once.

There is a small and telling detail attached to that closing fugue. Its wedge shaped opening theme, built from an all interval row, was later borrowed by the pianist and composer Carlo Grante as the harmonic skeleton of a memorial piece written in homage to Sorabji, its twelve statements ordered according to the pitch sequence of that same wedge theme. The detail matters because it demonstrates that the theme, however deeply buried inside eight hours of music almost nobody has ever heard complete, possessed enough independent identity to be recognized, extracted, and reused by another composer as a coherent musical object in its own right. Excess, in Sorabji's hands, did not mean incoherence. It meant density.

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03 THE THEORY BENEATH THE DENSITY

Sorabji was not a composer who left his aesthetic assumptions to be inferred from the notes alone. He wrote two substantial volumes of criticism, Around Music in 1932 and Mi Contra Fa in 1947, subtitled The Immoralisings of a Machiavellian Musician, along with a long stream of periodical essays, reviews, and letters, in which he set out an unusually explicit and often combative theory of what music was for and what obligations, if any, a composer owed an audience. Reading that criticism alongside the organ symphonies clarifies why a piece like the Third could exist at all, since the compositional practice follows the theoretical position almost point for point.

The central pillar of that theory is an organic model of artistic growth, drawn from a broadly Romantic and vitalist tradition. Sorabji held that living organisms, left to develop according to their own nature, become steadily more complex and more intricately articulated over time, and that this increasing complexity is not an accident of nature but its governing rhythm, the same rhythm that ensures no two leaves share an identical pattern of veins and no two days are of precisely equal length. He extended that observation into an explicit analogy between nature and art. As nature stands in relation to the whole of creation, so art stands in relation to humanity, with the human being understood as nature's highest product and art understood as the highest product of the human being, the summit and distillation of all human activity. In Sorabji's formulation, the artist making something unprecedented performs an act structurally analogous to a divine act of creation, and the richer the artist as a transmitting medium, the more of that inexhaustible natural complexity necessarily passes through into the finished work.

The most vivid statement of this position uses a piece of geography as its metaphor. Sorabji argued that a listener who found himself overwhelmed by the sheer volume and force of a great composer's output had no legitimate grievance against the composer, any more than a swimmer swept away by the Amazon River has a legitimate grievance against the river. The river cannot be asked to narrow itself to the dimensions of a bathtub merely because a given visitor cannot handle its true scale, and anyone unwilling to risk the flood has always had the option of staying well away from the riverbank in the first place. It is a striking image precisely because it inverts the usual relationship between artist and audience that most twentieth century concert culture assumed. The audience is not owed a manageable portion. The audience is invited, at its own risk, into something whose scale was never calibrated to human convenience in the first place.

This theory explains a great deal about the specific choices inside the Third Organ Symphony. The proliferation of forty nine themes in the first movement is not a failure of editorial discipline. It is the direct musical enactment of the belief that a healthy, fully developed organism should be permitted to generate as much internal variety as its nature allows, rather than being pruned back to fit an audience's attention span. The fifty variations of the passacaglia and the sixfold simultaneity of the closing fugue operate on the same principle at different structural levels, both refusing the classical assumption that formal economy is itself a virtue. Sorabji's music does not economize because his theory of art explicitly rejects economy as a governing value. Where a more conventional composer might treat restraint as a mark of maturity, Sorabji treated restraint as a form of self-censorship performed in advance on behalf of an audience that had not asked for the favor.

Sorabji reinforced this position with a related argument about virtuosity, one aimed specifically at the culture surrounding organ playing and concert life more broadly. He was contemptuous of what he saw as an audience's tendency to admire technical difficulty purely as spectacle, comparing the crowd's flattery of a dazzling performer to the crude delight of watching an acrobat, an interest with little to do with music as such. Yet he insisted, and Bowyer's later testimony about the organ symphonies bears this out directly, that the extreme technical difficulty of his own scores was never pursued for its own sake, but arose because every note was doing necessary work inside the whole. The distinction matters theoretically. Sorabji was not defending difficulty as entertainment. He was defending density as the honest surface appearance of a genuinely complex musical argument, one that could not be simplified without falsifying itself.

There is a further, more specifically organ related dimension to his thinking that deserves attention. Sorabji held the organ and its players in unusually high regard among musicians generally, arguing that the instrument's demand for the simultaneous, semi-independent coordination of hands and feet, together with the intellectual planning that registration and multiple manuals require, placed a burden on the player far beyond what most working musicians ever faced, and that this burden tended to produce organists of a notably higher general level of musicianship and personal discipline than instrumentalists elsewhere. Whether or not one accepts that as a fair generalization about the profession, it clarifies why Sorabji turned to the organ for what he and others came to regard as his most demanding writing overall. The instrument itself already embodied, in its physical requirements, the principle of maximal simultaneous complexity that his aesthetic philosophy prized. Writing his most extreme music for organ was less a departure from his usual medium of the piano than a recognition that the organ was the one instrument physically built to sustain an argument of this density.

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04 THE CORRESPONDENCE, THE MANUSCRIPT, AND THE LONG WAIT

The Third Organ Symphony's afterlife is itself a kind of extended footnote to Sorabji's theory of art as something offered without regard to whether anyone is positioned to receive it. Its dedicatee, Norman Gentieu, was an American correspondent and friend with whom Sorabji maintained an extraordinarily sustained written relationship, amounting to well over two hundred letters exchanged across more than three decades, from 1946 to 1981, a correspondence that later formed part of a collection of manuscripts Gentieu donated for archival preservation. A dedication of this scale, to a friend on the other side of the Atlantic rather than to a performer, a patron, or an institution positioned to bring the work to performance, is itself consistent with Sorabji's evident indifference to whether the piece would ever sound in a concert hall during his lifetime. The manuscript's eventual home at the Paul Sacher Foundation places it among the preserved working papers of a number of major twentieth century composers, an institutional afterlife that sits in some tension with the work's origins as a private, almost unperformable undertaking written by a man who had, for all practical purposes, opted out of public musical life.

As of the early 2000s, when Bowyer and his German collaborator Wolfgang Kleber wrote their survey of the organ symphonies, a performance of the complete Third Symphony was still spoken of only as a distant hope, something that might, with luck, be realized four or five years hence once usable performing materials had been prepared and the work learned. The scale of the undertaking meant that even naming a realistic date for a first hearing was an act of considerable optimism. In the years since, the Sorabji Archive has continued to produce typeset editions of the score, and individual movements of the Third Symphony have begun to appear in recital programs, with the organist Collin Miller performing selected sections in Montréal, Houston, Oslo, and the Swedish cities of Piteå and Göteborg across 2025 and 2026, a slow, movement by movement approach to a work whose full traversal in a single sitting remains, even now, an event of rare and demanding significance.

That pattern of piecemeal performance is itself worth dwelling on, because it enacts, in practical terms, exactly the tension Sorabji's theory anticipated. A work built on the premise that art should not be pruned to human convenience must nonetheless eventually pass through human hands and human concert schedules if it is to be heard at all, and the compromise that results, hearing one movement here and another there, across years and continents, is neither a betrayal of the work's original intent nor a full realization of it. It is simply what happens when an Amazon sized work meets an ordinary concert calendar. The river still flows at its own scale. It is the itinerary of the listener that has had to be broken into segments to accommodate it.

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05 CLOSING

The Third Organ Symphony asks to be understood less as a single composition than as the terminal statement of an argument Sorabji had been building across his entire creative life, that genuine complexity in art mirrors the ungovernable complexity already present in the natural world, and that any deliberate reduction of that complexity for the comfort of a listener or the convenience of a concert schedule amounts to a kind of dishonesty toward the material itself. Forty nine themes in an opening movement, fifty variations built on a single passacaglia subject, six independent subjects converging in a single closing fugue, all of it stretched across roughly eight and a half hours of continuous musical argument, function as the practical proof of a theory Sorabji had already stated in prose decades earlier. The organism grows according to its own nature. The river reaches the sea at whatever width it has accumulated along the way. Nobody who steps into it was ever promised a bathtub.

CLARION #59 (59/59) for C Trumpet

CLARION #59 (59/59) for C Trumpet

A Discussion, Discourse and Performance Guidance

Link:  PDF File, 20 pages

https://drive.google.com/file/d/1L6wNILADBshogiep_YRurNCABYb3Ye0T/view?usp=sharing

 

"Carleen Hutchins: Architect of the The Violin Octet"

The VIOLIN OCTET is a 20th Century development of a consort of eight finely matched instruments in a series of sizes and tunings to cover the range of written music, starting at the bottom with the oversized large bass tuned as a double bass and finishing at the top with the tiny treble violin tuned one octave above the violin.

This family of instruments represents the results of research into violin acoustics that started with the work of the well known physicist, Frederick A. Saunders as far back as 1937. 

The object was to establish - through tests made on a series of excellent violins - some of the acoustic characteristics found in violins of excellent tone. 

These tests were followed by ten years of experiment and development in the dimensions, fittings, and resonances of a large number of instruments. This work was accomplished by Dr. Carleen Hutchins and over 100 associates in the Catgut Acoustical Society.

From these experiments it has become possible, for the first time in string history since the viols, to create a whole family of acoustically matched instruments with violin tone qualities. The VIOLIN OCTET differs from the existing violin family of violin, viola, cello, and bass in which their chief acoustic characteristics are not only different from the violin but from each other.

Formal structure of Reich's Octet

The eight instruments form a family with basic traits in common, but each member has its own individual personality. The homogeneity of sound is the result of adjustments in body length and other physical characteristics so that each instrument has its so-called main wood resonance and main air resonance near the two open middle strings (as is the case with the Heifetz Guarnerius violin). In the five higher instruments - Treble, Soprano, Mezzo, Alto, Tenor - the main wood resonance lies near the open second string, and the main air, or Helmholtz, resonance lies near the open third string. 

In the three lower instruments - Baritone, Small Bass, and large Contrabass - the Helmholtz air resonance is placed several semitones lower to suit the preferences of many performers. 

Experimental musical evaluation of the Octet in England has, however, indicated a preference for the higher placement of the Helmholtz resonance in the lower instruments so as to give a lighter, more balanced consort sound. A Tenor and a Baritone have been built this way.

THE INSTRUMENTS:

TREBLE VIOLIN

The Treble Violin, tuned G-D-A-E, an octave above the violin, is the smallest and highest member of the Octet. In England it is called the Sopranino following the nomen datum of the recorder family. Its dimensions are approximately those of a quarter-size violin, but in construction it is quite different. In order to achieve the transposed violin sound, the Treble not only has extremely thick top and back plates, but extra large f-holes and strategically placed small holes in the shallow ribs so that its main resonances occur at the desired frequencies. 

Michael Praetorius projected an instrument in this tone range, but without the high E-string, so that in effect there were only three strings. Since the string length must be at least long enough for a player to finger consecutive semitones securely, the E string (tuned to 1320 Hz) must be extremely strong and thin. A space-age material known as carbon rocket wire, with a tensile strength nearly twice that of the normal violin E string wire, is used for this purpose. Even so, this wire is close to the breaking point. No wonder Praetorius omitted it in his tuning of high treble!

The tone quality of the Treble violin provides an effortless brilliance on its two upper strings which can soar above the string choir, much like the piccolo cutting through the sound of a fully symphony orchestra. The two lower strings have a mature sound that can be exploited in combination with other instruments of the Octet. Performers have found that the individual timbre and short string length of the Treble Violin make possible a tremolo on intervals of up to an octave on any one string, and double stops of up to a twelfth on any two strings. Owing to its small size, it can be played equally well under the chin or rebec style, on the arm; giant leaps are possible with a little practice, accomplished through a small movement of the wrist. Many pieces from the conventional violin literature can be played with considerable facility on the Treble, sounding an octave higher.

The Treble Violin is included in many of the compositions written specifically for the Octet; one use is to add clarity and brilliance to the ensemble, especially playing on its upper strings in combination with the Soprano Violin. Several solo pieces have also been composed for the Treble.

A Note to Composers, Orchestrators & Copyists: 
The Treble Violin part is ALWAYS transposed (sounding 8va).

SOPRANO VIOLIN

The Soprano Violin or Descant, as it is called in England, is tuned an octave above the viola, C-G-D-A. It is a 20th Century version of the violino piccolo of the 16th and 17th Centuries in the same tuning, known mainly through works written for it by J. S. Bach. Two such works are "Wachet auf" and the first Brandenburg Concerto. 

In the latter the Soprano Violin has been used with considerable success playing the part usually performed today on an oboe. As the highest member of several string quartets composed for Soprano, Mezzo, Alto, and Tenor Violins, the Soprano adds brilliance and roundness to the upper register. The sounds of such a quartet have been characterized as "the music of the gods."

In size and string length, the Soprano is comparable to a three-quarter violin, though it is somewhat broader in outline, with shallower ribs to keep its Helmholtz air resonance high enough to be at the desired frequency.





While most performers are comfortable reading transposed parts, many performers still prefer to read their parts in concert pitch. Therefore, for Soprano Violin it is customary to provide both a concert pitch part and a transposed part (sounding a Perfect 4th higher than written).


MEZZO VIOLIN

The Mezzo Violin is an enlarged version of the conventional 14" (35.5 cm) violin, having a body length of 15" (38.2 cm), but maintaining the standard nut-to-bridge string length. During the early history of the string family, makers such as Stradivari and Maggini also produced large violins; thus, this idea is not new. 

With top and back plate areas considerably larger than in the normal violin, the Mezzo produces more power, particularly on its lower strings. In order to maintain the Helmholtz resonance up near the open D string, the ribs are about half the height of those in the conventional violin.

The Mezzo is used today by concert artists and orchestral players who find its extra power and wide dynamic range a distinct advantage, particularly in combinations with piano or wind instruments.

Always provide the mezzo part in concert pitch.




ALTO VIOLIN

The Alto Violin is essentially an enlarged viola, and like the viola is tuned C-G-D-A. The Alto is similar in size to the early so-called tenors made by Stradivari and the Amatis. Its body length of 20" (50.8 cm) poses a definite problem when played under the chin, although several professional violists do play the Alto this way in solo and orchestra work. Others play it cello fashion, on a long peg, giving the performer the advantage of greater facility in the upper positions where thumb technique can be used. In response to musicians' requests, the string length has been adjusted to 16-3/4" (42.5 cm) to facilitate viola fingering.

 The additional clarity and power, and the full dynamic range of the Alto throughout its entire compass caused Leopold Stokowski to say: "That is the sound I have always wanted from the violas in my orchestra. No viola has ever sounded like that before - it fills the whole hall." Violist William Berman has, with great satisfaction, played an Alto exclusively for the last eight years in solo recitals, orchestras, and string quartets.








TENOR VIOLIN

The Tenor Violin, tuned G-D-A-E, an octave below the normal violin, is similar in size and playing technique to a three-quarter cello, but has shallower ribs, giving it the appearance of an enlarged violin. This gives the Tenor a singing clarity and brilliance an octave lower, not heretofore available in this range. It not only fills the gap between the conventional viola and cello, but makes available new sounds, suitable for solos as well as ensemble performance with other strings or wind instruments and the human voice. 

Pro Arte Quartet

Lowell Creitz, formerly cellist of the Pro Arte Quartet, has conducted research into the so-called "lost tenor," examining several hundred instruments which could have been originally in this tone range. He plays a 17th Century Grancino tenor as well as one of the new ones, and finds quite similar characteristics.

Many early compositions for the old tenor apparently still remain to be unearthed from archives. A number of modern compositions have been especially composed and arranged for the new Tenor Violin.

While most performers are comfortable reading transposed parts, many performers still prefer to read their parts in concert pitch. Therefore, for Tenor Violin it is customary to provide both a concert pitch part and a transposed part (sounding a Perfect 5th higher than written). Again, most performers are converted 'cello players, so write the part as you would for violoncelli (primarily in bass clef).

BARITONE VIOLIN

The Baritone Violin, tuned C-G-D-A like the cello, has a nearly comparable string length but larger body dimensions. It is reminiscent of the large cellos of the 15th and 16th Centuries, many of which have been cut down (particularly those of Montagnana and Maggini).

Since the Baritone's resonances are placed lower relative to string tuning than those of the cello, the tones on its two lower strings are unusually clear and powerful. However, its A string resonances are not more powerful than its lower tones, as is true in the normal cello.

According to several concert cellists, the Baritone has all the power of a cello but possesses greater clarity and a larger tone on its two lower strings - features particularly noticeable when playing pizzicato. The Baritone not only blends well with the other members of the Octet, but in the symphony orchestra it can enhance the sound of the entire cello section. Several cellists are using the Baritone in sonata recitals where it balances well with the piano, particularly in the lower range. One professional cellist commented: "This is the first time I have been able to talk back to the piano in a Brahms sonata."

Always provide the Baritone Violin part in concert pitch, written as you would for violoncelli.


SMALL BASS VIOLIN

The Small Bass Violin is tuned A-D-G-C, a fourth above the conventional orchestral bass viol (double bass). It is about the size of a three-quarter bass, with similar string length but with the rounded shoulders and swelled back of the violin family. 

Plate resonances are tuned by methods similar to those used in violin, viola, and cello construction; consequently, its tones are clear and responsive throughout its compass. Bass players have found that the Small Bass responds easily, and has great resonance, with an exceptionally fine pizzicato. They like its ability to blend in ensemble playing but are particularly eager to explore the possibilities of the Small Bass as a solo instrument.






While most performers are comfortable reading transposed parts, many performers still prefer to read their parts in concert pitch. Therefore, for the Small Bass Violin it is customary to provide both a concert pitch part and a transposed part (sounding a Perfect 5th lower than written).


CONTRABASS VIOLIN

The Contrabass Violin, tuned E-A-D-G, is even larger than its conventional counterpart, the double bass; it has a body length of 51" (130 cm) but a string length of only 43" (110 cm) - well within conventional measure. Its impressive size, the tuning of the plates, and its comparatively light construction cause the lower notes to produce organ-type sonorities. 

The violin shape of the upper bouts, as well as its overall size, make the Contrabass Violin less practical for playing in high positions. It is, however, magnificently suited for bass parts which do not require the player to reach beyond the 3rd or 4th position. Its rich, saturated bass tones can supply a solid "bottom cushion" to the sound of any symphony orchestra.

In the 14th and 15th Centuries there were at least 6 or 7 members of the violin family, but with the exquisite development of the violin and the literature for string quartet in the 16th and 17th Centuries, the other instruments fell into disuse and are now in museums. Over the years there have been many unsuccessful attempts to try to recreate a balanced set of 7 or more instruments with fine tone qualities.

Now for the first time, creative violin making and a consistent theory of acoustics applied to the violin family by Dr. Carleen Hutchins and her associates have made this concept a reality.

When Leopold Stokowski, the famous conductor, heard the first public concert of the Octet at the New York 92nd Street YM-YWHA in 1965, he said: "... a major step in renovating the strings, for the first time in 200 years, has been taken ... and BRAVO!"