
An experience where the geometry induces a felt vibration through spatial emptiness, engaging the body in a subtle, tactile awareness of void as a dynamic medium. A sequence of pulsing planes and tran
**IMAGE PROMPT — ABSTRACT GEOMETRIC EXPERIMENT** An infinite, randomized field of glacier-blue and obsidian-black irregular polygons, each boundary softly fluctuating, the entire field horizonless and motifless, suspended in a cold, Arctic-dawn mist. There are absolutely no focal points, rays, axes, grids, beams, or narrative anchors—presence and void polarity emerge only from local boundary effects: each polygon emits a fragile, spectral halo at its rim, pulsing inward and outward in unpredictable, asynchronous rhythms. No two edges repeat; every cell perimeter oscillates subtly in scale and transparency, producing crystalline ambiguity across the frame. Three distinct, interacting lattice configurations dominate the scene, interrupting and cross-fading into each other. Each is a soft-edged cluster: — At top-left, the first cluster is denser and larger, its fluctuating polygons outlined by cooler, luminous cyan halos, each edge bordered by compressed air gradients—a visible optical threshold where light bends and refracts as though scanning the boundary of an invisible, pressurized chamber. — Bottom-right, a looser formation with paler, almost imperceptible perimeters appears to dissolve into the velvet-frost haze, the polygons’ boundaries marked only by faint, iridescent auroral bands that shimmer with micro-scale frost granules—like glacial pollen frozen mid-motion. — Center-left, an overlapping third cluster bridges these two, its boundaries spatially folded: a subtle, impossible overlap causes its edges to sit both in front of and behind the adjacent polygons, producing a conflicting parallax and a true perceptual paradox zone where foreground and background flicker in ambiguous depth. Throughout the field, all boundaries are made of compressed air—there is no solid matter, just refracted light and pressure gradients. Each polygon’s edge is a visual mirage created by thermal and pressure differences: optical boundaries ripple and distort with each puls