Ink Behavior

Records the material behavior, formation states, and structural relationships of volatile liquid systems during the formation process under human intervention.

Volatile Ink

Volatile ink is characterized by high fluidity and volatility.

As evaporation progresses, the liquid state continuously changes. Volatile components gradually dissipate, while colorants and pigments preserve visible records of the material behavior.

Observable Subjects

Observable subjects include liquid flow, color changes, boundary formation, deposition, backflow, and interactions between different liquids.

Documentation Scope

The documented subject is the movement of liquid across non-absorbent surfaces.

Formation Conditions

The formation process involves heat sources, surface conditions, liquid distribution, the working environment, and other relevant conditions.

Research Variables

Recorded variables include liquid concentration, liquid composition, the presence of impurities, heat sources, table level, gravity, humidity, room temperature, and day–night variation.

Human Intervention

Human intervention includes color selection, liquid distribution, concentration adjustment, liquid movement, heat variation, localized condition changes, as well as the choice of tools, points of intervention, and timing of intervention.

Formation States

As evaporation progresses, boundaries, lines, deposition, compression, coverage, and layered structural relationships gradually develop.

Formation states are not reproducible.

No localized adjustments are made during documentation.

Process Characteristics

Material behavior continues throughout the entire evaporation process.

Local changes remain part of the overall formation state.

The process is irreversible.

Archive Nature

Recorded material behavior sequences preserved in their original formation states.

The archive documents the material behavior, formation states, and structural relationships of volatile liquid systems under human intervention.

Released archive editions are accessible through paid archive access.