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Equilibrium Studies

Series Introduction

 

The Equilibrium Studies examine painting as a material system negotiating gravity, pressure, and internal tension.

 

Pigment accumulates until weight approaches instability. Embedded structures introduce resistance, redistributing force across the surface.

 

Form emerges not from expression, but from moments of temporary balance—when matter holds, yields, and stabilizes under load.

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Slow Pulse (2024)

Dimensions: 8 × 8 ft​

Oil paint, stainless-steel mesh, mineral powder, canvas on plywood

 

Weight accumulates across the surface until instability approaches.

Subtle internal shifts generate a slow, sustained rhythm under gravity.

 

Fracture Field I (2024)

Dimensions: 8 × 8 ft​

Oil paint, stainless-steel mesh, mineral powder, canvas on plywood

Compression reaches its threshold.

Fissures appear as structural responses, not as failure.

Under Gravity 2022_edited.jpg

 

Under Gravity (2024)

Dimensions: 8 × 8 ft​

Oil paint, stainless-steel mesh, mineral powder, canvas on plywood

Material descends under sustained load.

Resistance within the structure redistributes force, allowing balance to emerge.

Fracture Field II 2024_edited.jpg

 

Fracture Field II (2024)

Dimensions: 8 × 8 ft​

Oil paint, stainless-steel mesh, mineral powder, canvas on plywood

Accumulated pressure reorganizes the surface through branching rupture.

The fracture redirects tension, restoring temporary balance within the field.

 

Fracture Field III (2024)

Dimensions: 8 × 8 ft​

Oil paint, stainless-steel mesh, mineral powder, canvas on plywood

Internal force concentrates before release.

Rupture marks the moment when instability converts into structure.

Dark Pulse 2025_edited.jpg

 

Dark Pulse (2024)

Dimensions: 8 × 8 ft​

Oil paint, stainless-steel mesh, mineral powder, canvas on plywood

Dense layers compress inward, darkening under sustained weight.

Rhythm persists beneath the surface, held within accumulated pressure.

Tension Fold 2025_edited.jpg

 

Tension Fold (2024)

Dimensions: 8 × 8 ft​

Oil paint, stainless-steel mesh, mineral powder, canvas on plywood

Material bends under competing forces.

The fold forms where resistance and gravity meet.

Rift Embers 2025_edited.jpg

 

Rift Embers (2024)

Dimensions: 8 × 8 ft​

Oil paint, stainless-steel mesh, mineral powder, canvas on plywood

Heat-like residues remain after compression.

Surface tension settles into a quiet but active equilibrium.​

Internal Combustive Force 2024_edited.jp

 

Internal Combustive Force (2024)

Dimensions: 8 × 8 ft​

Oil paint, stainless-steel mesh, mineral powder, canvas on plywood

Force circulates within a concentrated core.

Stability emerges through tightly contained tension.

 

 

Combustive Fold Dynamics (2024)

Dimensions: 8 × 8 ft​

Oil paint, stainless-steel mesh, mineral powder, canvas on plywood

Compression intensifies along internal seams.

Structure forms through layered resistance and controlled release.

 

 

Submerged Rhythmic Tension (2024)

Dimensions: 8 × 8 ft​

Oil paint, stainless-steel mesh, mineral powder, canvas on plywood

Movement retreats beneath the visible surface.

A sustained internal rhythm maintains structural balance.

 

 

Residual Thermal Drift (2024)

Dimensions: 8 × 8 ft​

Oil paint, stainless-steel mesh, mineral powder, canvas on plywood

After pressure subsides, a low-frequency drift remains.

Equilibrium stabilizes through residual internal heat.

 

Inner Ascent (2025)

Dimensions: 8 × 8 ft​

Oil paint, stainless-steel mesh, mineral powder, canvas on plywood

Force gathers inward before rising vertically.

Balance forms through concentrated upward resistance.

 

Inward Convergence (2025)

Dimensions: 8 × 8 ft​

Oil paint, stainless-steel mesh, mineral powder, canvas on plywood

Material draws toward a central point of density.

Equilibrium holds where tension is fully contained.

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