Iterative Calibration

Iterative Calibration examines how a drawing field stabilizes through repeated adjustment. Each work is produced using a single graphite grade, H4, on paper measuring 841 × 594 mm, typically over 50 to 60 hours of continuous work. The process is grounded in a sustained friction between pencil and paper. The hard graphite scratches across the surface over an extended duration, producing a continuous field of tactile and auditory stimulation. Resistance, vibration, and sound are not secondary effects but the primary condition in which the drawing takes place. Through repeated passes of the pencil, this friction is gradually redistributed across the surface. Each movement responds to irregularities already present in the field, variations in density, resistance, and visual balance. Rather than introducing new elements, the process shifts and spreads what is already there. Over time, the drawing develops through a kind of counterbalancing. The persistent, localized friction is slowly translated into a visually even tonal field. The surface does not become uniform by removing difference, but by allowing it to disperse. Subtle disturbances remain visible as traces of the process, marking points where shifts in resistance, perception, or fatigue redirected the work. These moments register an ongoing calibration between body, tool, and surface. The works function as records of this process, where continuous sensory friction is modulated toward visual equilibrium. Through sustained attention and repeated contact, the drawing approaches a temporary balance, never fully fixed, always open to further adjustment.

4 works