Archive Search

  • Light from Tomorrow -
    Light from Tomorrow is an artwork by British artists Thomson & Craighead. It centres on an expedition to The Kingdom of Tonga, where tomorrow’s outdoor light-readings are broadcast in close to real time through The International Dateline to
  • Passion5 -
    The intervention of Knowbotic Research includes several, sometimes contradictory levels. On the one hand, it reflects political culture in the early 21st Century, pointing to its limits. mutate to a worker moving recorded chants to mere sound that
  • Room for Manoeuvre -
    The exhibition 'Room for Manoeuvre' features new works by Knowbotic Research (KRcF), known for their advanced network and media projects since the founding of the artist group in 1991. In a specially designed audio-visual installation including four
  • Be prepared tiger -
    Re-engeneering and Re-enactment of a stealthboat as shown in a Tamil Tiger propaganda video footage. The Tamil Tiger video footage was found on internet sites of private analysts of clandestine weapon systems. The boat is patrolling river banks.
  • My Black Cat -
    In a series of 'test cases', Knowbotic Research investigate the construction of identity, power, and communication.The installation Black_Cat confronts the constitution of subjectivity under the current post-media condition. In this installation,
  • Robotics Research
  • dog[lab]01 -
    In this experimental space, seven little chimerical robots are evolving, some animals which have the general morphology of a dog but some have bovine coats provided with horns (mad cow disease?), pork skin (xenotransplantation? unless it’s a cross
  • Arcs21 -
    Continuing in the tradition of free online distribution of netart in the 90s, Arcs21 offers the user the possibilities of research, playing and co-creation: browserspace is translated into a realtime artwork which is freely available over the
  • Robotics Research: A common task in automated manufacturing processes is to orient parts prior to assembly. We consider sensorless orientation of a polygonal part by a sequence of fences. We show that any polygonal part can be oriented by a sequence