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  • Video shadow play, two single channel animations, a series of lights and eight rotating reverse painted Lexan cylinders, sound, 3 min
  • In To Be Is To Get Cut, I consider the sociopolitical structures and behaviors that are otherwise hard to realize from inside the microcosm of society. To do that, I use digital media. That allows me to create a self-sustained ecosystem that exists
  • 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
  • Nebulae
    acryl, pastel and marker on paperdim: 68 x 88 cm (each), series (6) Reminiscent of clouds of interstellar dust and ionized gases, this series of drawings is technically based on abstract templates derived from microscopic recordings. Thus, the
  • Pine Family -
    Tree Story brings together creative practices from around the world to create a ‘forest’ of ideas relating to critical environmental and sustainability issues. At its foundation—or roots—are Indigenous ways of knowing and a recognition of trees as
  • Echo 9 -
    Archival Digital Print, Sizes: 8”x10” and 13”x19” Epson Pigment inks on cotton rag substrate or Light Jet digital photo prints. (plus custom sizes or NFT by special order) Date created: 1987 Victor: This is one my favorites in the Ectoplasmic
  • I started my artistic career with "SMTV", a unit for a pirate TV station. My works: "Inter Dis Communication Machine", "Seeing is believing" and "PostPet"are specific communication tool series. "Over the Rainbow" --an abstract CG production machine
  • Laurel, Brenda. Technological Humanism and Values-driven Design In Women, Art, and Technology, edited by Judy MalloyLeonardo Series, Cambridge, MA: MIT Press, 2003.
  • Moser, Mary Anne and Douglas MacLeod, ed. Immersed in Technology: Art and Virtual Environments. Leonardo Book Series, Cambridge, MA: The MIT Press, 1996.
  • Goldberg, Ken. Completeness in Robot Motion Planning In Algorithmic Foundations of Robotics, edited by Ken et. al. GoldbergVol.1. Algorithmic Foundations of Robotic Series, Wellesley, MA: A. K. Peters, 1995.