UNDER CONDITIONS OF LOAD (UCL)
What Happens to Painting under Load?
Material, Formation, Failure, and Redistribution
Jianjie Ji
September 6, 2026
Contents
Opening ---------------------------------------------------------------------------------------------------------------------------------- 5
Introduction | What Happens to Painting?---------------------------------------------------------------------------------------- 7
Historical Condition | From Layer to Volume------------------------------------------------------------------------------------- 9
Chapter One | Ground — Conditions Before the Object-------------------------------------------------------------------- 14
Chapter Two | Materials — Materials as Histories of Formation and Volume------------------------------------------ 16
Chapter Three | Formation — Formation Is Not Form----------------------------------------------------------------------- 18
Chapter Four | Load — When Weight Enters Painting----------------------------------------------------------------------- 20
Chapter Five | Gravity — Painting Changes Its Relation to Gravity------------------------------------------------------ 22
Chapter Six | Failure — The Limit of a Mode of Material Holding--------------------------------------------------------- 24
Chapter Seven | Redistribution — What Falls Changes What Remains------------------------------------------------- 26
Chapter Eight | Breath — Limited Openness after Relative Stabilization----------------------------------------------- 28
Conclusion | What Happens to Painting under Load?----------------------------------------------------------------------- 29
Notes on Artists----------------------------------------------------------------------------------------------------------------------- 32
Notes on Philosophical References---------------------------------------------------------------------------------------------- 34
Selected References cited in UCL------------------------------------------------------------------------------------------------ 35
Opening
The problem arises within painting.
In these works, painting first confronts a material problem.
Oil-paint material is repeatedly introduced into the work. It does not merely produce color and surface; it gradually produces thickness and volume. Material is accumulated, compressed, embedded, fixed, cut, removed, and reintroduced. This process continues for months.
The work initially lies flat on the studio floor.
Material accumulates under horizontal conditions. Multiple layers of stainless-steel mesh are embedded within it; screws of different lengths enter both material and support; palms, shovels, hammers, axes, power saws, and electric chisels participate, at different stages, in compression, severance, and removal.
Material is not formed all at once.
It changes through time.
Soft parts gradually harden. Material that can initially be altered by the palm may later be cut only with tools. New material enters conditions already established by earlier material, and what has already occurred changes how the next intervention can occur.
After a period of time, lifting equipment raises the work from horizontal to vertical.
Its weight does not increase.
Yet the painting changes.
Material that could remain under horizontal conditions must now continue under vertical ones. Some parts remain in place; some begin to flow or shift; some detach immediately; others may fall only weeks or months later.
Such falling is not always directly determined by the artist.
During the making process, excess material may be deliberately shoveled away or cut off. Existing support beneath a part may also be removed, leaving a gap. Whether material above subsequently falls, when it falls, and what remains after it falls cannot be fully predetermined.
Each work usually passes through at least six months of formation.
After this process, it gradually enters a condition of basic stability.
The question here, therefore, is not how to manufacture a heavy surface.
What happens to painting when its own materials begin to possess volume, weight, resistance, duration, and the possibility of falling?
Painting first confronts a material problem. But as materials accumulate, compress, embed, support, and constrain one another, that material problem begins to reveal a relational one.
In UCL, however, the problem of relations is not yet developed independently. What must first be confronted is how it actually arises within painting.
Material accumulates.
Thickness forms.
Weight appears.
Materials contact, compress, and bear against one another.
The work changes orientation.
Parts of the material shift.
Local limits become visible.
Something falls.
What remains forms the painting again.
The chapters that follow observe these events not as metaphors, but by beginning from material behavior that actually occurs in painting.
Painting is not where the theory is demonstrated.
Painting is where the problem occurs.
Painting is not a place where an already formed theory later goes in search of examples.
The problem first arises within painting.
Introduction
What Happens to Painting?
Painting has long been approached through many different questions.
How is an image formed?
How is form organized?
How does color operate?
How is a surface produced?
How does a medium form its own history and language?
These questions remain important.
But when large quantities of oil-paint material enter a work at conspicuous thickness and volume, another problem appears. Material has, of course, always participated in the visual formation of painting. Yet when its volume and weight reach another scale, it is no longer sufficient to understand material only through its visual function. Material not only constitutes what is visible; it also becomes a material presence that must itself be borne.
Material begins to require bearing.
When one layer enters, it does not merely cover the layer before it. It presses upon earlier material, adheres to it, becomes embedded within it, and changes how the next layer can enter.
What has occurred therefore does more than leave a trace.
What has occurred changes the conditions under which what follows can occur.
This distinction is crucial.
A trace may remain on the surface.
A condition continues to act upon what occurs later.
A mass of compressed oil paint changes how the next material can adhere; a layer of stainless-steel mesh embedded within it changes how later material can be fixed; a cut changes how what remains can hold; after the work moves from horizontal to vertical, the same material enters a different condition of existence.
Every addition therefore changes relations already present.
Every removal also changes what can occur afterward.
Painting is consequently no longer merely the place upon which material is deposited.
Painting itself gradually becomes a field of conditions continually altered by earlier material events.
This inquiry begins precisely here.
It begins neither from aesthetic judgment nor from engineering analysis.
It begins from material behaviors observable within painting.
Theory arises through the prolonged and repeated occurrence of these material behaviors. New works do not “test” theory; they place already formulated propositions before new material conditions and thereby modify and extend them.
Theory and painting therefore do not stand in a simple before-and-after relation.
Painting produces problems.
Problems require language.
Language then makes it possible to observe painting again with greater precision.
Historical Condition | From Layer to Volume
From Layer to Volume
The material problem posed by UCL did not suddenly appear outside the history of oil painting.
Oil painting has never been a purely visual medium. Pigment, oil, support, drying time, transparency, covering power, viscosity, and thickness have always participated in how a painting can form. But the ways in which these material conditions entered painting have differed across historical periods.
To understand why volume, weight, gravity, and Load can today become internal problems of painting, it is therefore necessary to recognize that oil-paint material has itself undergone repeated changes in scale and operation.
This is not a linear history of progress.
Later painting does not simply replace earlier painting.
What changes is the task that material is asked to perform within painting.
Beginning with Layers
In early Netherlandish oil painting and in the development of fifteenth-century Italian painting, one of the decisive capacities of oil was its ability to build complex optical depth through transparent and semi-transparent layers and fine covering.
In the paintings of Jan van Eyck, highly controlled material handling organizes color, sheen, transparency, and surface detail with extraordinary complexity. Oil paint is materially present, but its material operations often serve a powerful visual result: the image appears to acquire depth through successive layers of transparency and covering.
The work of Giovanni Bellini and other Italian painters further developed oil painting’s capacities between light, color, and layering.
At this stage, material already determines how an image can form.
But material itself has not yet generally become a problem that painting must confront independently.
It builds the image.
It does not yet demand, through its own volume, that painting redefine its structural conditions.
From Layers to Operations
With Titian, the operations of painting material remain increasingly visible within the finished work.
Covering, wiping, repainting, local accumulation, and repeated revision are no longer always fully concealed behind the final image.
Painting begins to allow its own process of formation to remain visible.
This marks an important change: material is no longer only a working trace that must disappear before the image is complete.
Operation itself enters painting.
Yet thickness, covering, and revision still belong primarily to the question of how painting forms an image.
Material becomes increasingly visible, but it has not yet developed into a structural problem generated by its own weight.
Thickness Acquires Physical Presence
In some paintings by Rembrandt, paint thickness acquires a more pronounced physical presence.
Thicker paint does not only change color; it changes how light strikes and leaves the surface.
Raised material can receive light directly.
The surface is therefore no longer merely a plane upon which an image appears.
Oil-paint material itself begins to possess perceptible height.
This is an important turning point.
Paint now produces not only optical depth, but actual material depth.
Yet this thickness still exists primarily as a local construction of the painted surface.
It has not reached a scale at which painting must systematically confront the weight, support, and possible falling of its own material.
The Nineteenth Century: Changing Conditions of Material Use
From the nineteenth century onward, the manufacture, storage, and portability of oil-paint materials changed significantly.
Industrial pigment production and the widespread use of portable metal paint tubes allowed paint to leave traditional studio conditions more easily, to travel to different sites, and to enter the picture with greater immediacy.
This was not merely a technical change.
The conditions under which material could be used had changed.
Impressionism brought this change into a new speed and directness of painting. Brushstrokes could increasingly retain their direction, thickness, and separation instead of being fully absorbed into a smooth continuous surface.
With Van Gogh, the direction of the stroke, the thickness of paint, and the action of painting become almost inseparable from the image.
Material no longer merely represents things.
Its own movement becomes part of the painting’s visible structure.
Thickness has become painting, but weight has not yet become a problem that painting itself must bear.
Abstraction: Material Partially Released from the Obligation to Represent
Twentieth-century abstraction altered these conditions further.
Once painting no longer had to use material first of all to represent an external object, surface, gesture, scale, color, and material presence could increasingly become direct problems of the work itself.
This does not mean that abstraction “discovered material.”
Material had always been there.
What changed was that material no longer had to remain fully concealed within the task of representation.
Painting could deal directly with how material lands on a surface, how it covers, how it leaves traces, how it forms rhythm, and how it occupies actual pictorial space.
This created conditions for more radical material operations.
Pollock: Gravity Participates in How Paint Reaches the Surface
Pollock introduced another decisive change.
When canvas is placed on the floor and liquid paint travels through space from brush, stick, container, or other implement toward the surface, gravity is no longer merely a physical background that remains after the work is completed.
It participates in how paint reaches the picture.
Flow, falling, splashing, and accumulation cannot be separated entirely from the conditions jointly formed by bodily movement and gravity.
Here gravity has entered the formation of painting.
Yet this remains different from UCL.
Pollock allows gravity to participate in the movement of material; UCL confronts a further problem: after material has accumulated in substantial mass, how does painting bear the weight it has already formed?
These are different questions.
One concerns how material reaches the surface.
The other concerns how already formed material continues to remain within painting.
de Kooning: Addition and Removal Form Painting Together
In de Kooning, addition, erasure, scraping, covering, and repainting continually intersect.
Painting no longer appears as a one-way movement from blankness toward completion.
A formed passage may be destroyed.
A covered passage may reappear.
Deletion is not merely the correction of an error.
Removal itself participates in how the work forms.
This is especially important for UCL.
In UCL, Formation likewise cannot be explained through Addition alone.
Adding and removing material together alter how the next event can occur.
Yet an important distinction remains.
In de Kooning, scraping and removal occur primarily within the reworking of painting surface and image formation.
In UCL, once material thickness reaches several inches, Removal can also directly alter the support condition of a material part.
Deletion therefore no longer changes only the image.
It may change whether material can continue to hold.
Burri and Tàpies: Heterogeneous Materials Enter Painting
The work of Alberto Burri and Antoni Tàpies further opened the boundary between painting and heterogeneous materials.
Cloth, charred matter, plastics, sand, dust, plaster, and other nontraditional materials entered the work.
Material no longer functioned merely as a carrier of paint.
Cracks, burns, tears, stitches, particles, and material differences became constitutive of the work itself.
A significant change occurred: painting no longer had to consist only of traditional oil-paint materials.
Material heterogeneity itself could become a problem of painting.
This history matters for UCL.
But the turn of UCL occurs precisely here as well.
UCL does not establish its materiality primarily by leaving oil painting and continually adding more kinds of external material.
It moves in another direction.
Auerbach and Kiefer: Accumulation, Weight, and Material Time
Frank Auerbach pushed repeated accumulation, scraping, and reworking of paint toward an extreme material duration.
The work is not completed through a single decision.
Painting passes through prolonged reworking.
The history of material remains within the process of the work’s formation.
Anselm Kiefer further expanded the range and actual weight of what painting could bear. Straw, ash, earth, lead, and other materials enter the work, creating powerful relations between painting and architectural mass, weight, historical residue, and material damage.
Together, such practices demonstrate that painting can bear material complexity far beyond the conventional thin layers of oil painting.
Yet a crucial distinction remains between UCL and these practices.
The question is not who is “thicker” or “heavier.”
The question is how material relations are posed.
History Stops Here
UCL does not begin by searching for a material that has never entered art history.
Nor does it acquire materiality simply by adding more kinds of material.
Instead, it returns the problem to oil paint itself.
The scale of oil-paint material is enlarged.
It no longer enters the work only at ordinary coating thickness.
A single layer may reach approximately two to three inches.
After repeated accumulation, local total thickness may reach eight to nine inches.
At this point, a material long present within oil painting abruptly enters another scale.
Color remains.
Surface remains.
Gesture remains.
But these are no longer sufficient to explain what is occurring.
Material begins to possess substantial volume.
Volume produces actual thickness.
Thickness, together with material density, produces weight that cannot be ignored.
Weight begins to affect adhesion, support, compression, embedding, movement, and falling.
Thus:
As a medium, material enters painting not only as color, but more importantly as volume.
The key here is not “new material.”
It is an old medium entering a new material scale.
The contemporaneity of UCL does not come from a new material. It comes from the fact that once the scale of material changes, painting must confront anew the problem of its own material relations.
This also determines UCL’s relation to the history described above.
Van Eyck, Titian, Rembrandt, Van Gogh, Pollock, de Kooning, Burri, Tàpies, Auerbach, and Kiefer are not early versions of UCL.
Nor do they gradually “approach” UCL through history.
Each practice confronts different problems of painting within its own time.
What can be traced is only a history of changing material conditions:
Layers increasingly retain operations.
Operations make thickness visible.
Thickness acquires physical presence.
Material is partially released from the obligation to represent.
Flow and gravity enter formation.
Addition and removal jointly participate in painting.
Heterogeneous materials expand painting’s material range.
Accumulation acquires greater duration and weight.
In UCL, multiple conditions that have gradually appeared across this history—accumulation, volume, weight, gravity, support, removal—are concentrated, in these works, into a single problem of painting:
What happens to painting when its own materials begin to require bearing?
History stops here.
UCL begins.
Chapter One | Ground
Conditions Before the Object
A blank canvas is not Ground.
This is the most important starting point for the present account of Ground.
In ordinary painting language, ground can mean an underlayer, a ground color, a support surface, or a material base prepared before the work begins.
Ground here does not mean this.
A blank canvas is, of course, a physical support.
But support is not therefore Ground.
Ground begins only when the first material relation appears.
When pigment first contacts canvas, an object is not thereby completed.
What is established is a condition.
After that first contact, the second material no longer encounters exactly the same blank canvas. It encounters a field in which something has already occurred.
The next material must confront existing thickness, adhesion already produced, resistance already formed, material already embedded, and a surface already altered.
Every later material entry therefore inherits a condition while simultaneously altering it.
Painting continually produces its own Ground.
Ground is the still-changing condition left by existing relations for the occurrence of further relations.
This distinguishes Ground from a mere trace.
What has happened does not become Ground simply because a visible trace remains.
It acquires the significance of Ground only insofar as it changes how what follows can occur.
What has occurred becomes Ground insofar as it changes the conditions of what can occur next.
Ground must also be distinguished from Formation.
The two may occur within the same material event, but they ask different questions.
Ground asks: under what conditions can a further relation occur?
Formation asks: once relations occur, how do they form and change?
Consider a mass of material being compressed.
As Formation, the material relation is changing.
As Ground, that change leaves a new condition: the next material no longer enters the previous state.
Ground is not the reorganization itself. Ground is the altered condition that reorganization leaves for subsequent relations.
This becomes especially clear when a work moves from horizontal to vertical.
No new material is added.
The canvas remains the same canvas.
The already formed material remains present.
Yet what can happen next is different.
Ground therefore need not change through material addition.
Conditions themselves can change.
Painting thus shows that a beginning is not simply a moment already past.
Beginnings recur within the work.
Chapter Two | Materials
Materials as Histories of Formation and Volume
Materials possess histories that precede painting.
Minerals, pigments, oils, metals, fibers, and canvas do not begin to exist when they enter the studio.
They have already passed through distinct processes of formation.
Sedimentation.
Compression.
Crystallization.
Weathering.
Processing.
Hardening.
These processes do not belong to artistic intention.
The time of materials is therefore not given to them by painting.
Materials already bear their own histories of formation.
Painting is not the beginning of material history.
Painting extends material history.
But extension does not leave material conditions unchanged.
Once materials enter painting, their prior histories of formation encounter new material conditions that alter how they can subsequently behave.
At this point, Tim Ingold’s account of materials-in-becoming offers an important reference. Materials are not entirely passive substances awaiting the imposition of form; they are already engaged in their own processes of change.
Painting, however, poses a more specific question:
What happens when different materials enter into contact, compression, embedding, support, and constraint within the same work?
This question arises first from painting itself.
It is also directly related to the scale at which material enters painting.
In traditional oil painting, oil-paint material has of course always been material.
Pigment is not pure color.
Oil is not a transparent abstraction.
Every oil painting possesses thickness, viscosity, drying time, and weight.
These properties have therefore not only now been “discovered.”
The change occurs elsewhere:
As a medium, material enters painting not only as color, but more importantly as volume.
When oil-paint material moves from ordinary coating thickness to several inches, the internal problem of painting begins to change.
In these works, a single layer may reach approximately two to three inches; after repeated accumulation, local total thickness may reach eight to nine inches.
This can no longer be understood simply as conventional impasto.
The aim is not to make brushwork more visible or to heighten the expressiveness of the surface.
Material volume itself becomes a condition of painting.
Volume occupies space.
Volume forms thickness.
Volume demands different operations.
And as accumulation continues, the material’s own weight can no longer be ignored.
A distinction must be made clearly: volume is not weight.
But when substantial volumes of oil-paint material with specific density enter a work, weight becomes an unavoidable physical fact within painting.
The change does not consist in leaving oil painting and borrowing a heavy material from outside in order to manufacture “weight.”
On the contrary, the transformation occurs within the medium of oil painting itself.
The scale of oil-paint material is enlarged until thickness, weight, resistance, and bearing become internal problems of painting.
This distinction determines the point of departure for UCL.
Materials do not enter painting in order to explain an external theory.
The problem of painting arises from the material itself.
Chapter Three | Formation
Formation Is Not Form
Once material volume increases, a question immediately appears:
How do these materials form a painting?
Formation must not be confused with form.
Form is a visible state.
Formation is the process through which such a state can appear and change.
Organization precedes form. Form is the temporary visibility of organization.
In these paintings, material is not initially arranged according to an already completed image.
Large quantities of oil-paint material are taken from containers, shoveled into the work, and accumulated.
While the material is still soft, palms directly participate in kneading, pushing, and compression.
The palm here is not primarily an expressive mark-making instrument.
The hand does not merely touch the material; it registers and alters resistance at the same time.
As volume increases, hand pressure alone becomes insufficient.
A roughly five-pound hammer, ordinary carpenter’s hammers, and other tools enter the process.
Striking, impact, squeezing, and compacting do not occur upon an already formed form.
They participate in Formation itself.
Compression is not applied to an already formed form; compression participates in the formation of relations.
Formation occurs not only through the addition of material, but through the ways force enters and changes material relations.
At the same time, multiple layers of stainless-steel mesh are embedded within the oil-paint material.
The mesh is not an external engineering support added after the work is completed.
It enters painting from within the process of formation.
Oil-paint material passes through the openings of the mesh, surrounds the metal, and becomes embedded with it.
Screws of different lengths enter these layers further.
It is insufficient simply to say that “the mesh fixes the paint.”
Once the mesh enters, it also changes the ways materials connect.
As time passes, material hardens.
The available operations must change as well.
A part that could earlier be moved by the palm may later become immobile.
Material that could earlier be compressed may later have to be cut with a power saw, electric chisel, axe, or other tool.
Time changes not only the material but also the possible modes of intervention.
This is important.
Time is not background.
It enters Formation.
Changes in material state continually alter the possibility of the next intervention.
Addition is therefore not the only mode of Formation.
Removal can also participate in Formation.
Cutting.
Chiseling.
Shoveling away.
Taking out.
These acts do not simply reverse what was formed before.
Cutting is not simply subtraction. It is an intervention into relation.
Formation can occur through connection, and it can also occur through severance.
In some cases, support beneath a larger material part is deliberately removed, leaving a gap above it.
The gap need not become another theoretical concept.
It is first of all a concrete material condition: a mode of support that previously existed no longer exists.
What follows cannot be fully determined.
Intervention acts upon conditions rather than completely determining results.
Simondon’s critique of the hylomorphic model offers a useful philosophical reference here: formation cannot be understood simply as a pre-existing form imposed upon passive matter. Formation occurs through the interaction of materials, forces, tensions, and concrete operations.
But painting does not need to become an illustration of Simondon.
These works pose their own problem: after material has already formed, it can still be recompressed, severed, embedded, removed, and formed further.
Formation is therefore not a single act of giving form.
It is the ongoing formation of material relations through time.
Yet Formation remains insufficient to explain what happens next.
Materials may contact one another.
They may become embedded within one another.
They may affect one another.
But contact alone is not yet Load.
Another problem appears when the holding of one part begins to depend upon the support, adhesion, embedding, or fixing of other parts.
Chapter Four | Load
When Weight Enters Painting
Load is not weight.
This distinction must be made first.
Weight is a physical quantity. Load is a structural condition.
A mass of material may be heavy.
But knowing its weight alone does not explain what occurs within painting.
Seeing weight is not yet understanding Load. To understand Load is to understand how weight enters relations among materials and is borne through those relations.
In these works, the weight of material is not a physical consequence added after painting is complete.
As thickness and volume increase, contact, adhesion, embedding, and compression have already occurred among materials.
Weight enters these already formed conditions.
Some materials press upon others.
Some remain through the mesh.
Some receive partial support from adjacent material.
In some places, material below is later removed.
Painting therefore enters a state in which a part can no longer maintain its position by itself alone.
This is where Load becomes important within painting.
A limited dialogue is possible here with Manuel DeLanda’s discussions of assemblages and heterogeneous components. Different materials do not lose their distinct properties and capacities simply because they enter a shared organization.
Oil-paint material remains different from stainless-steel mesh.
Hardened material differs from material that remains soft.
Canvas differs from screws.
A void differs from substantial material.
But heterogeneous coexistence is not itself what UCL means by Load.
UCL observes a more specific step: these different parts begin to have to bear one another.
The problem should only be indicated this far here.
How bearing alters relations and how those relations become re-ordered belongs to the next stage of inquiry, not to what UCL must complete.
Removal again clarifies the distinction between Weight and Load.
After part of the material is cut away, the total weight of the work may decrease.
Yet if what was removed had participated in support, the conditions faced by the remaining material may become more difficult.
Removal can reduce weight while increasing what the remaining parts must bear.
This shows that Load is not simply a quantity.
It becomes visible in how the position of one material part depends upon the bearing of others.
This becomes especially clear when the work moves from horizontal to vertical.
Under horizontal conditions, the work already has weight.
Material has already accumulated.
Mesh has already entered.
Various adhesions and connections have already formed.
Verticalization does not create Load.
After the work is raised, the material does not become heavier.
The weight does not increase.
What changes is that material able to remain under horizontal conditions must now remain under another condition.
A more intense problem begins to appear.
But it remains, first of all, a problem of painting.
Chapter Five | Gravity
Painting Changes Its Relation to Gravity
Physical gravity is always present.
When the work lies on the floor, gravity is already present.
The weight of the material is already present as well.
It would therefore be incorrect to say that Gravity appears only after the work is raised.
What actually happens is this: painting changes its relation to gravity.
After a work moves from horizontal to vertical, material formerly borne broadly by the horizontal plane must rely more heavily upon its already formed adhesion, embedding, connection, and support in order to remain.
Weight does not increase.
Material does not suddenly acquire new physical properties.
Conditions change.
The painting does not represent gravity. It changes its relation to gravity.
Gravity here is not a theme of the image.
Nor is it an expressive symbol.
It actually participates in how the work can exist afterward.
This distinction is directly visible in the studio.
After a work is raised, not all material responds in the same way.
Some parts remain.
Some move slowly.
Some flow.
Some detach.
Some may fall immediately.
Others fall only weeks or months later.
These events cannot be compressed into a single unified stage.
Flow, displacement, detachment, and falling are different material responses.
Nor do they necessarily occur in a fixed sequence.
Verticalization does not expose a false stability; it changes the conditions under which stability can hold.
Stability under horizontal conditions is real.
It simply belongs to the horizontal condition.
When conditions change, the earlier mode of stability may no longer hold.
Time again becomes important here.
The fact that a mass does not fall on the first day after the work is raised does not guarantee that it will remain later.
Likewise, if material detaches only months later, that does not mean that “time tested” it.
Time does not test material bearing; its limits become visible through time.
In UCL, this difference does not need to be developed into a theory of directional inequality or relational bearing.
It is enough here to register a material fact: the same gravitational condition does not produce the same consequence in every part of a painting.
Why?
The question already begins to point toward how relations are organized.
But here it points first to a more direct and visible phenomenon: a prior mode of holding reaches its limit.
Chapter Six | Failure
The Limit of a Mode of Material Holding
Failure is not destruction.
Nor does it mean that the work ceases to exist.
In these paintings, Failure can first be observed through very concrete material events:
Cracking.
Detachment.
Displacement.
Sinking.
Falling.
Local disintegration.
These events can, of course, be described as material changes.
But if they are called merely “material defects,” the problem is closed too early.
Some of these changes occur precisely after the painting has passed through prolonged formation.
They arise from the work’s own material conditions.
Failure appears when a prior mode of bearing can no longer maintain material in its present position.
A distinction is especially important here: falling is not Failure itself.
Falling may be only the moment at which a limit finally becomes visible.
Before actual detachment, a mass may already have undergone a long period of slow change.
Failure can therefore be delayed.
This corresponds directly to the working process.
After a work is raised to the vertical, material may continue to detach for months.
Completion therefore cannot be decided in a single instant.
Failure cannot be reduced to the “test result” of the moment when the work is raised.
There is no single examination.
There is material gradually revealing, through time, how far it can continue.
Deliberate Removal must also be distinguished from Failure.
When a power saw, axe, electric chisel, or shovel is used to remove material deliberately, that act is first of all an intervention.
Removal changes conditions; Failure occurs within altered conditions.
Removal changes conditions.
Failure may occur later within those altered conditions.
For example, after support beneath a material mass is deliberately removed, the material above may still remain.
It may shift only later.
It may even remain for a long time without falling.
Intervention changes possibilities without completely determining the result.
Failure is therefore not a designed effect.
Still less is it an “aesthetics of destruction.”
It is a material limit actually encountered by painting in ongoing formation.
A deeper question now begins to appear: why do some existing relations remain materially viable while others reach their limit?
But UCL does not need to complete that relational theory here.
It records, first, that a prior mode of material holding can no longer hold.
Painting must then confront what remains.
Chapter Seven | Redistribution
What Falls Changes What Remains
When one part of the material falls, the event is not simply that “one thing is missing.”
The material conditions of the entire painting are already different.
A part that previously participated in pressure, connection, covering, or support has left.
Its absence immediately changes what remains.
What falls changes what remains.
This is the most direct meaning of Redistribution in UCL.
Redistribution is not first of all an abstract relational concept.
It occurs within painting.
After a mass leaves, the surface beneath may be exposed again.
Previously hidden areas may appear.
Edges change.
Gaps form.
Weight distribution changes.
Parts previously held down enter a different state.
The work itself is now a different painting.
More material may be added afterward.
Other parts may be cut away.
The gap produced by falling may be retained.
Direct intervention may also stop entirely.
The important point is that the work cannot genuinely return to the condition before the fall.
Redistribution is therefore not restoration.
Nor is it recovery.
Still less is it repair toward a “correct state.”
What follows occurs under conditions already altered by what has occurred.
What remains does not return to what it was; further formation, if it occurs, begins from an altered material condition.
Formation and Redistribution must remain distinct here.
Formation is the ongoing material formation of painting.
Redistribution becomes specifically important after an already formed condition has been altered.
Not every Formation is Redistribution.
Nor does every fall automatically produce a new and successful organization.
Sometimes loss is simply loss.
Sometimes, after one part leaves, the remaining condition still cannot hold.
Failure does not in itself guarantee that a viable material organization will follow.
What follows after Failure occurs under altered material conditions.
That is already significant enough.
It also begins to indicate another problem: after falling, not only the quantity of material has changed; relations among what remains are no longer entirely the same.
At this point, Re-ordering begins to appear as a problem.
But UCL need not yet develop Re-ordering into an independent theory of relations.
It is enough to observe how Re-ordering occurs materially within painting.
Here the field remains, first of all, painting.
Chapter Eight | Breath
Limited Openness after Relative Stabilization
If painting were endlessly falling and reorganizing, it could never genuinely enter a condition of completion.
The actual works do not behave in this way.
Usually, after at least approximately six months of formation, drying, compression, removal, verticalization, and further material change, a work gradually enters a condition of basic stability.
This fact requires a recalibration of Breath.
Breath cannot mean perpetual instability.
Nor can it mean that the work remains forever in violent internal reorganization.
Breath does not name perpetual instability. It names the limited openness that remains after relative stabilization.
Completion therefore acquires a different meaning.
Relative stabilization does not mean that all material change has ended.
Nor does openness require continuous movement.
A painting may reach a condition in which its material organization is sufficiently stabilized to remain, while still retaining limited possibilities of further displacement, detachment, compression, or alteration.
Breath names this limited openness after relative stabilization.
It does not describe the life of the material, nor does it explain the continuity of the work. It names a material condition in which stabilization does not amount to complete closure.
This also explains why the work can still be called “complete.”
Direct artistic intervention ends.
Major material changes gradually stabilize.
The work enters a relatively stabilized state.
Yet material does not thereby become an absolutely static object.
Breath exists within this very limited remaining margin.
Conclusion
What Happens to Painting under Load?
This inquiry begins with painting and must return to painting.
It has not attempted to replace painting with a new abstract system.
Nor has it attempted to prove that painting is merely an illustration of a broader philosophical theory.
The problem arises within painting.
Oil-paint material enters the work.
But material does not enter only as color.
As a medium, material enters painting not only as color, but more importantly as volume.
Volume increases.
Thickness forms.
Weight becomes an unavoidable physical fact.
Material must be compressed, embedded, connected, severed, and removed.
Time changes material.
Material change alters the possible modes of further intervention.
The work moves from horizontal to vertical.
Weight does not increase.
But the conditions under which already formed material can remain are altered.
Some parts continue.
Some shift.
Some flow.
Some detach.
Some fall only months later.
These events are not images.
Nor are they symbolic representations of gravity, failure, or continuity.
They are events of painting itself.
Ground, Materials, Formation, Load, Gravity, Failure, Redistribution, and Breath are therefore not eight theoretical categories inserted into painting from outside.
They first name distinct problems that gradually become visible within painting.
Ground: how material relations that have already occurred alter the conditions under which what comes next can occur.
Materials: how materials entering painting possess not only color and history, but volume.
Formation: how materials form through addition, compression, embedding, hardening, severance, and removal.
Load: how, once weight enters material relations, parts can no longer remain entirely independently.
Gravity: how the work actually confronts gravity after changing orientation.
Failure: how a prior mode of material holding reaches its limit.
Redistribution: how what falls changes what remains.
Breath: how, after relative stabilization, the work retains a limited material openness.
Together, these problems alter the meaning of “completion” in painting.
Completion is no longer only the determination of an image.
Nor does it mean that material has been fixed permanently.
A painting can be structurally stable in its principal organization while still retaining limited material time.
Likewise, a painting can pass through falling, removal, and local Failure without simply returning to a prior material condition.
But restraint is necessary here.
UCL has allowed a further problem to appear without needing to solve it here.
What happens to relations when they are required to bear one another under Load?
This moves the problem from Painting toward Relations.
That relational problem should not be completed in advance within UCL.
The task of UCL is complete here.
It has not established a universal theory of all structures.
It has established something more specific:
Painting can cease to be understood primarily as the production of an image once its own material conditions become consequential to how it can subsequently exist.
The final question therefore remains the opening question:
What happens to painting under Load?
The answer is not: painting becomes thicker.
Nor: painting represents weight.
Still less: painting uses gravity to manufacture a visual effect.
Rather:
Under conditions of Load, material volume, weight, duration, support, removal, displacement, and falling enter the formation of painting itself. Painting no longer merely bears an already formed image; painting begins to bear its own material existence.
The next problem is therefore relational.
But the problem did not begin with relations as an abstraction.
It began with material accumulating, pressing, adhering, shifting, detaching, and falling.
It began with painting.
Painting.
Notes on Artists
The following notes provide only the historical orientation necessary for readers outside painting. They do not constitute an independent art-historical argument, nor do they imply that these artists are “precursors” of UCL.
1. Jan van Eyck (c. 1390–1441)
A major figure of early Netherlandish painting, known for exceptionally controlled transparent and semi-transparent layers and complex optical depth. UCL refers to Van Eyck to mark how oil painting can construct complex images through layered control, rather than to treat material volume itself as a structural problem.
2. Giovanni Bellini (c. 1430–1516)
A major painter of the Venetian Renaissance. His work advanced the use of oil media between light, color, and layering. Bellini appears here within an early historical condition in which finely organized layers enable oil paint to construct the image.
3. Titian / Tiziano Vecellio (c. 1488/90–1576)
A Venetian painter whose later works especially allow covering, wiping, repainting, and local accumulation to remain visible in the finished surface. UCL is concerned with the point at which material operations no longer disappear completely behind the image.
4. Rembrandt van Rijn (1606–1669)
A Dutch painter whose impasto often produces pronounced physical relief and directly changes the relation between light and surface. He marks here a historical moment in which paint thickness acquires intensified material presence.
5. Vincent van Gogh (1853–1890)
A Dutch Post-Impressionist painter whose directional brushwork, paint thickness, and pictorial action are highly visible and difficult to separate from the image. UCL emphasizes that thickness has become constitutive of painting, while weight has not yet become Load in the sense developed here.
6. Jackson Pollock (1912–1956)
An American Abstract Expressionist painter. His floor-based method allows liquid paint to reach the canvas through dripping, flowing, and splashing under gravity. UCL uses Pollock to distinguish two problems: gravity participating in how paint reaches the surface, and accumulated material later having to bear its own weight.
7. Willem de Kooning (1904–1997)
A Dutch-born American painter whose works pass through sustained processes of addition, scraping, covering, and reworking. He is cited to show that Removal can participate in Formation rather than functioning only as correction or negation of an existing image.
8. Alberto Burri (1915–1995)
An Italian artist who incorporated burlap, burned materials, plastics, and other nontraditional matter into painting, allowing burning, stitching, damage, and material difference to enter directly into the work. He marks an important historical expansion of painting’s material range.
9. Antoni Tàpies (1923–2012)
A Catalan artist whose paintings often incorporate sand, dust, stone powder, and related materials, emphasizing density, cracking, and deposit. He appears here within the continuing expansion of painting toward heterogeneous materials and materially active surfaces.
10. Frank Auerbach (1931–2024)
A British painter known for prolonged reworking, scraping, and heavy accumulation of paint. UCL focuses on the relation between accumulated paint and material duration in his work, as an instance in which the temporality of oil-paint material is markedly extended.
11. Anselm Kiefer (1945– )
A German artist whose work brings straw, ash, earth, lead, and other materials into painting, giving weight, historical residue, and material damage a powerful presence. The distinction from UCL is not a matter of “who is heavier,” but that UCL concentrates the problem again within an enlarged material scale of the oil-paint medium itself.
Notes on Philosophical References
These philosophical references enter only where a material problem in the text requires conceptual clarification. They are not used to supply painting with external authority, nor do they constitute the main body of UCL.
1. Tim Ingold (1948– )
A British anthropologist whose work on materials and making resists understanding material as passive, static matter and emphasizes materials as continually becoming and changing. UCL uses this reference in the Materials chapter to clarify that materials are not neutral carriers awaiting artistic form, then returns to the specific problems of volume, weight, and mutual bearing in painting.
2. Gilbert Simondon (1924–1989)
A French philosopher known for his theory of individuation and his critique of the hylomorphic model. UCL invokes Simondon in the Formation chapter to clarify that formation is not the imposition of a preset form upon passive matter, but occurs through materials, forces, tensions, and concrete operations.
3. Manuel DeLanda (1952– )
A philosopher and major contemporary interpreter of assemblage theory. His discussions of heterogeneous components and the exteriority of relations provide a reference for understanding how different materials can retain distinct properties and capacities within a shared organization. UCL uses this only to clarify heterogeneous coexistence; the independent problem of relational bearing and re-ordering belongs to RUL.
Selected References cited in UCL
Ingold, Tim. “Materials against Materiality.” Archaeological Dialogues 14, no. 1 (2007): 1–16.
Ingold, Tim. Being Alive: Essays on Movement, Knowledge and Description. London: Routledge, 2011.
Simondon, Gilbert. Individuation in Light of Notions of Form and Information. Translated by Taylor Adkins. Minneapolis: University of Minnesota Press, 2020.
DeLanda, Manuel. Assemblage Theory. Edinburgh: Edinburgh University Press, 2016.
Callen, Anthea. The Art of Impressionism: Painting Technique and the Making of Modernity. New Haven: Yale University Press, 2000.
Karmel, Pepe, ed. Jackson Pollock: Interviews, Articles, and Reviews. New York: The Museum of Modern Art, 1999.
Elderfield, John. de Kooning: A Retrospective. New York: The Museum of Modern Art, 2011.
Note: The bibliography retains selected references directly relevant to the argument. The artist notes provide basic historical orientation rather than a complete art-historical bibliography; the final submission version may be normalized further according to the target journal’s style.