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Vacuum formed plexi-glass, light projection Series (6): Tooth, Eyelash, Skin, Hair, Tooth v.2, Nail Dim: 80 x 90 cm (each) This series of relief light-sensitive works was conceived on the basis of computer-modified microscopic images of particles of

Acryl and marker on paperSeries (12), dim: 66 x 90 cm (each) Drawings in colour that trace microscopic motifs of bodily particles shift conceptually away from the real motif towards the abstract one using form and colour on two levels: colour (the

Acryl, pastel on papervariable dimensions. Graphical images on paper combine structures that look like microscopic imagery and the morphology of bodily particles. The bodily tissue is mediated in a variety of observation ratios: from stylised

video 2,38 The video was created for the track Cast to the Bottom from the album The Great Crater by Scanner (Glacial Movements, 2017). Composed of landscape 3d digital simulation and digitally processed video recordings, the video shows a virtual

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

Sound-kinetic diorama exterior: acrylic object in crystalloid like form; interior: relief , turntable, light, sound dim: 115 x 72 x 70 cm The kinetic diorama submerged within and enhanced by the audio environment observed through an opening in the

Sound-kinetic diorama exterior: acrylic object in crystalloid like form; interior: relief (3D print), turntable, light, sounddim: 110 x 60 x 60 cm A miniature silver landscape in motion that can be viewed through the observation perforation in the

Laser-cut and digital print on plexiglass, projected light variable dimensions Photosensitive images are based on microscopic images of the nanoparticles of a magnetic fluid’s crystallized structure. Digitally processed and laser-treated images of

Video projection (2,50′), digital print on aluminum dim: 150 x 200 cm The repeated kaleidoscopic video was created on the basis of radiological image of a spine and projected back over the original radiological image printed on an aluminum support.