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  • video 7.03 The video creates an entry into fictional reality, where objects are transformed into fleeting luminary apparitions – softened, multiplied, liquified forms levitating through warped or non-gravitational space.
  • ... (NSF grant number ANT-0838834); and the Wisconsin IceCube Particle Astrophysics Center (WIPAC), University of Wisconsin-Madison,...
  • video 6,’42 Images of material objects (sculptures by Alen Ožbolt) are digitally processed and projected into virtual, fluid spatiality, appearing as dematerialised floating, kinetic light forms, freed of the constraints of time, mass and gravity.
  • ... threatened by extinction caused by environmental changes, is a metaphorical expression of icy beauty and power grounded in an anxious... aka Netherworld, Glacial Movements, 2019). The music captured artist’s imaginations of coldness and isolation as well as visions of...
  • Vacuum formed polyester Series (4); dim: 80 x 80 cm (each) Four wall reliefs are based on the same microscopic image of carbon substance, which is being transformed by the use of special computer programs used in microscopy. The proceeding of image
  • ...An Interactive Art Installation / Immersive Cinema Experience An Uncommon Affair At Tooting Bec Common is an immersive cinematic work presented...
  • ... are reminiscent of Berlot's previously realized works of art - topography of magnetic fluids and light sculptures. The...
  • ... create a flexible abstract form, which in a state of constant metamorphosis tends to seek stability. The simulation of processes at...
  • video 4,24′ The video Inverse space works on two levels of microscopic observation: the first line of recordings shows the transformation of a non-living (inorganic) substance from one physical state to another – namely, the process of
  • Diptych: laser-cut and digital print on plexiglass dim: 200 x 135 cm The hanging objects present microscopic image of a carbon substance (up) and its digital mapping (transcription) into a reciprocal space (down) by the use of digital fast Fourier