Water-based Behavior
Water-Based Behavior is a video archive of material responses of water-based systems under controlled intervention across viscosity levels, surface absorption, and applied force.
High-viscosity Field
Material behavior under gravity, airflow, and rotation on smooth, non-absorbent surfaces.
The archive documents:
Flow movement · Surface contact · Control limits · Structural change · Irreversible results
How thick material moves under gravity, air, and rotation, forming shifting patterns and layered structures over time.
How smooth surfaces affect spreading, retention, layering, and direction of movement.
Moments when intervention changes direction but does not fully determine the final form.
Situations where the material develops in unexpected ways and is preserved without correction.
Final forms fixed once the material settles and dries, not subject to revision, repetition, or replication.
Low-viscosity Field
Behavior under controlled mark formation on absorbent surfaces.
The archive documents:
Flow movement · Surface absorption · Control limits · Structural change · Irreversible results
Changes in pigment dispersion through water, resulting in shifts in tone, intensity, and visual effect.
How absorbent surfaces influence spreading, absorption, edge formation, and color transition.
Moments when water saturation and absorption limit further control, making revision impossible once pigment penetrates the surface.
Situations where excessive water leads to bleeding, deformation, or structural instability, preserved without correction.
Final states fixed through drying and layering, not subject to revision, repetition, or replication.
Visual reference
Archive Nature
The material behavior presented here consists of recorded high-viscosity water-based processes that have already taken place. The archive contains process sequences and related material variations within this system. The videos are preserved in their original form as archival records.
High Viscosity – Edition I
Edition I provides access to the initial High Viscosity water-based video archive.