Senescenence

Solo exhibition, Interface Gallery + Nguyen Wahed, New York, April 2026.

Generative animations built on a cellular automaton in the tradition of Conway's Game of Life, alongside plotter drawings on paper tracing the same generative logic into "an anachronistic register." The Stained Unravel series, shown at Nguyen Wahed, is the subject of a dedicated critical text that elaborates the exhibition's core system in depth (→ process-legibility).

*Stained Unravel* (2026) — cellular automaton series; Nguyen Wahed, New York

*Hatched Lining* (2026) — plotter drawing from the Senescenence exhibition; Interface Gallery, New York

The title's recursion

Senescence is the gradual aging or deterioration of living systems — "often associated with the browning of fallen leaves." The title is spelled Senescenence: an intentional misspelling described as "recursive." The word performs what it names. A text on aging has aged in transmission; the error is not typo but enactment. Senescence applied to its own inscription.

This connects the exhibition title to the broader self-referential logic of the practice (→ 876, 992: "The Work = The Work + Its Documentation"). The work's name deteriorates in the act of naming.

Death as system feature

The press release states the cellular automaton is one "where death is not failure but the system's natural feature."

This is a philosophical reframe of significant consequence. In most contexts, death marks the limit of a system — the point where it stops working. In Conway's Game of Life, cells die according to rules (overpopulation, underpopulation) and their death is precisely what makes the system alive: space is cleared for new configurations, overcrowding is resolved, underpopulated regions contract. Death is generative.

This reframes Death Imitates Language (2016) retroactively. The genetic organisms that "die" in that system don't fail — their death is the selection pressure that drives the system toward complexity. The artist's role (choosing which organisms live, die, reproduce) is not a judgment against failure but a participation in the system's natural feature.

*Shtonk Vtejuwoh Bonifac* (2016) — *Death Imitates Language*; software organism frozen at optimal state

It also connects to senescence as distinct from catastrophic death: not a sudden stoppage but gradual transformation — the browning of leaves, the slow change of color as the organism withdraws from its extremities toward its center.

The loom genealogy: binary logic from weaving to GPU

The press release traces a history of binary computation:

"the binary logic of the weaving loom, to early two-dimensional pixel graphics, to the contemporary GPU, where millions of cells can live, die, and transform simultaneously in real time."

The loom is the original binary computer. Warp threads are raised or lowered (1/0); their pattern determines the fabric's structure. Jacquard's punched card system (1804) is the direct ancestor of the computer punch card. Anni Albers, a Bauhaus weaver and textile theorist, understood weaving as structural thought — not decoration but logic made material.

The Anni series (Anni, Anni (sync), Anni (unravel)) and the Beads works (Beads) take their name from this lineage. The press release makes explicit what those titles implied: the weaving loom and the cellular automaton share a computational logic. The plotter drawings in Senescenence — tracing GPU-generated cellular automata onto paper with a mechanical arm — compress the entire genealogy into a single object: loom logic → GPU → mechanical drawing → paper.

"At each technological threshold, the capacity for complexity expands beyond full human control." This is not lamented but observed. The GPU can run millions of cells simultaneously; no human can track them all. The complexity is real but inaccessible to direct observation. The artwork makes a portion of it visible.

The grid family: Albers, Anni, Stained Unravel

Anni Albers' textiles, the Anni generative works, and Stained Unravel share a single formal principle: modular geometric elements placed in a grid, operating under different rules, producing vastly varying complexity. Each is a distinct instance of the same underlying structure; together they constitute a lineage in which the rule becomes progressively more autonomous and the emergent complexity progressively less composable.

Anni Albers worked with the weaving grid as a computational medium. Each cell — each warp/weft intersection — receives a local decision: which thread comes forward, which falls back. The visual pattern emerges from these local decisions accumulating across a field. As the forensic failure of random replication showed (→ evolutionary logic, "Albers' invisible algorithm"): the rules were not random but systematic — a full algorithmic procedure applied cell-by-cell, carried as embodied procedural knowledge rather than written code. The algorithm existed in Albers' hands before it existed anywhere else.

The Anni works (2023–2026) make this embodied algorithm explicit in software. The scanning direction — left to right, top to bottom — directly references the process of weaving: the shuttle traversing the loom, building structure line by line. Anni (unravel) (2025) deconstructs this directionality: where the original builds from top left in reference to weaving, the unravel variant begins from a different position, deconstructing the generative logic of the scan. Anni (sync) (2026) extends the same work across one to six screens at increasing levels of resolution or granularity, making the grid's scalar structure legible across a range. Beads (2025) translates the same grid elements into hand-coloured plotter drawings — the bead-as-prayer-as-pixel, each element handled individually.

*Anni (sync)* (2026) — generative software installation across 4 screens at increasing resolution; the same weave logic rendered at different granularities simultaneously

The Stained Unravel series (2026) is the third stage. The grid remains — now the cellular automaton's computational plane, where each cell exists only in relation to its neighbours. But the rules have changed category: instead of a weaving procedure applied across a single directed scan, birth and survival and death are determined by neighbor-counting at every step, recursively, in time. The element is no longer a thread-intersection but a cell alive or dead; the rule is no longer "which thread forward?" but "does this cell survive?" The complexity is vastly greater — millions of simultaneous decisions, recursive neighbor-dependencies, patterns that emerge and dissolve across generations.

The title condenses the lineage: "stained" invokes stained glass (another grid-based rule system in which local material decisions accumulate into transcendental form; → sacred geometry section below) and also the visual texture of cellular automaton patterns — not clean pixels but layered, colour-stained fields; "unravel" echoes Anni (unravel) directly, carrying the textile vocabulary forward while shifting the sense from spatial (the reversed weave scan) to temporal (the cellular automaton patterns that surface and dissolve — "temporary negotiations with impermanence").

The progression across the three instances:

	Rules	Substrate	Who applies them	Complexity
Albers	Systematic, embodied, invisible	Textile grid (warp/weft)	The hand, cell by cell	High — but bounded by hand
Anni works	Made explicit in code; scan direction mirrors weaving	Digital grid (pixel/screen)	Software, one directional pass	Exceeds direct composition
Stained Unravel	Cellular automaton (birth/survival/death from neighbours)	Computational grid (CA cells)	Algorithm, autonomous, recursive in time	Vastly greater — emergent, temporal

In each case, the formal object is identical: a grid in which each element receives a local rule, and the accumulated output exceeds what any single application of the rule entails. What changes is the nature of the rule, its substrate, and — most dramatically — the degree to which the rule, once set, operates independently of the hand that formulated it. Albers' hand was the algorithm; Anni's code encodes the algorithm; Stained Unravel's cellular automaton runs the algorithm forward in time, generating forms no composition could anticipate.

Sacred geometry: structure as meaning-carrier

The press release invokes Anni Albers' textiles, Buddhist mandalas, and stained-glass windows as precedents — "rule-based systems in which local decisions accumulate into forms that exceed their individual construction. In these systems, structure becomes a carrier of meaning."

The key claim: "geometry is not merely descriptive but generative. Within traditions of sacred geometry, structure and spirit are intertwined rather than opposed."

This aligns the generative practice with a pre-modern, cross-cultural tradition of rule-based meaning-making that predates computational art by millennia. The mandala is constructed according to strict geometric rules; the rules are not arbitrary but carry symbolic weight. The stained-glass window follows structural constraints (lead came, color placement) that are inseparable from its theological program. In both cases, the rules do not constrain meaning — they produce it.

Van den Dorpel approaches the algorithm "not simply as a tool of expression, but as a system set into motion to allow unforeseen forms to emerge beyond the artist's direct control." The algorithm is not instrumental but participatory — more like a rule that produces a world than a technique that executes an intention.

The mandala analogy recurs in the Struggle for Pleasure press release (Verse SOLOS London, 2024), where van den Dorpel applies it directly to simple pixel operations (mirroring, rotation, repetition, subdivision): outputs "paradoxically took on an exceptionally complex, transcendental quality not unlike... the way the apparently straightforward components of a mandala can." He adds: "Simplicity of operation can become a window into territories of complexity where knowledge itself breaks down" — a stronger formulation than emergence alone: not just unpredictability but cognitive breakdown, the failure of comprehension as the condition of something opening.

This is a significant extension of the subconscious computation thesis. There, the system externalizes subliminal cognitive processes; here, the system participates in something closer to revelation — forms that emerge beyond control are not just surprising but, in the context of sacred geometry, potentially significant.

The Cloud Writings exhibition (Takuro Someya Contemporary Art, Tokyo, 2026) extends the sacred geometry register into heraldic imagery: the drawings "touch on religious and heraldic imagery." Stairs and Crosses (worn) names this directly — stairs and crosses as universal religious and heraldic signs; "worn" naming erosion through repeated ritual use. Heraldry is another rule-based visual system in which structure carries symbolic weight across time: its grids, charges, and ordinaries constitute a pre-computer algorithmic visual language. The worn quality connects to the senescence theme — forms that age visibly, surfaces that bear the mark of repeated use.

The hand-drawn works in Cloud Writings — Kapitulation (pencil on paper) and the Beads series (hand-coloured plotter drawings) — connect directly to the prayer bead etymology. The word "meditative" recurs here: bead-counting as slow, repetitive attention; colouring by hand as a commitment made gesture by gesture. Stairs and Crosses (worn) is plotted with Sakura brushes rather than a fineliner — mechanically plotted, but with a softer, warmer mark. The full range runs from pure hand (Kapitulation, Beads colouring) through brush-plotter through fineliner-plotter: each step another degree of mediation between intention and mark, each carrying the same meditative quality at a different remove.

Fossils (Spike #70)

The Spike #70 interview introduces a complementary concept: fossils. When Mutant Garden's mutation algorithm stops, those works become fossils: "Which means that at some point, the work died. And that's okay." Death is not treated as failure but as a natural terminus — the work lived its life as a process and, when the process ends, becomes a trace of what it was.

Crystallophobia — Mutant Garden — *Crystallophobia* (2020) — *Mutant Garden*; when mutation stops, such works become fossils

This is continuous with the cellular automaton's "death as system feature" framing: just as cells die according to rules and their death clears space for new configurations, the NFT work's mutation eventually ceases, and what remains is archaeological — a frozen specimen from a process that has since moved on. The fossil is not the failure of generative art to be permanent; it is the record of its having been alive.

"Less composed than initiated"

The press release offers the sharpest formulation yet of authorship in generative systems (superseded in the Stained Unravel text by "tested, not executed" — → process-legibility):

"The works are less composed than initiated; what appears on screen is not fully designed, but permitted."

Composed implies a controlling intelligence that arranges elements into a determined form. Initiated implies setting a process in motion whose unfolding is not predetermined. The artist authors the rules, not the outcome.

Permitted is even more precise: the artist clears the conditions for forms to appear, and then does not prevent them. Authorship as non-obstruction. This connects to 793: "find your deepest impulse, and follow that… the notion that one trusts what is so discovered." The system discovers; the artist permits the discovery.

It also connects to 709 (artist statement): "complexity, inconsistency and contradiction do not necessarily call for a solution." The artist does not resolve the cellular automaton's outputs into a composed whole — they are permitted to remain complex.

And to 609 ("Undo"): the workmanship of uncertainty generates what the workmanship of certainty cannot. Here, the cellular automaton is the instrument of that uncertainty — it produces outcomes that could not have been composed in advance.

Temporary negotiations with impermanence

"Each cell exists only in relation to its neighbours, recursively and conditionally. Nothing endures. The patterns that surface are temporary negotiations with impermanence, and the work resists any attempt at final resolution."

This is the relational identity thesis (952: "every node has character defined by its associations") now instantiated as a literal computational structure. The cell IS its neighbor-relations — it has no identity apart from them. An isolated cell cannot be alive in Conway's sense; life requires adjacency.

"Temporary negotiations with impermanence" extends Quantizer's "permanence of change" (→ protocol, taste, and systems) into a different register. Quantizer insists that change is what persists. Senescenence frames the patterns as negotiations — provisional agreements with a system that tends toward dissolution. The patterns are real but not stable; they surface and subside. The work "resists any attempt at final resolution" not as a critical stance but as a structural fact.

This also speaks to the plotter drawings in the exhibition. Drawing traces are fixed — ink on paper, permanent. But they trace the output of a cellular automaton at a specific moment — a negotiation that has since dissolved. The drawing preserves the negotiation's snapshot while the system that produced it has moved on. The drawing is archaeological: a record of a temporary form that no longer exists.