Acoustic sculptures BESSY VSR - premiere at Saturday, 30. September 2017

Gerriet K. Sharma with a special icosaedron loudspeaker at BESSY II.

Gerriet K. Sharma with a special icosaedron loudspeaker at BESSY II. © M. Setzpfandt

For four days, the Akademie der Künste on Hanseatenweg will be a creative lab for musical experimentation, staging concerts, artist talks, and workshops. With its 28 debuts and premieres, and more than 100 artists from 27 countries, the 2nd edition of KONTAKTE is the hub for electroacoustic music and sound art in Berlin.

The festival presents the premiere of soundproject gleAM (2017) by sound artist Gerriet K. Sharma. You might experience acoustical sculptures, produced with a special sound technology and inspired by accelerator physics of BESSY II and BESSY VSR. 

The premiere is followed by a discussion in the presence of the artist, Geriet K. Sharma, and two physicists, Paul Goslawski und Godehard Wüstefeld. 

Premiere of project gleAM: 17:30 Saturday, 30. September 2017

Tickets  here:

 

More Information on the soundart-project.

red.

  • Copy link

You might also be interested in

  • Protons against cancer: New research beamline for innovative radiotherapies
    News
    27.11.2024
    Protons against cancer: New research beamline for innovative radiotherapies
    Together with the University of the Bundeswehr Munich, the HZB has set up a new beamline for preclinical research. It will enable experiments on biological samples on innovative radiation therapies with protons.
  • Review on ocular particle therapy (OPT) by international experts
    Science Highlight
    03.09.2024
    Review on ocular particle therapy (OPT) by international experts
    A team of leading experts in medical physics, physics and radiotherapy, including HZB physicist Prof. Andrea Denker and Charité medical physicist Dr Jens Heufelder, has published a review article on ocular particle therapy. The article appeared in the Red Journal, one of the most prestigious journals in the field. It outlines the special features of this form of eye therapy, explains the state of the art and current research priorities, provides recommendations for the delivery of radiotherapy and gives an outlook on future developments.
  • Small powerhouses for very special light
    Science Highlight
    27.06.2024
    Small powerhouses for very special light
    An international team presents the functional principle of a new source of synchrotron radiation in Nature Communications Physics. Steady-state microbunching (SSMB) allows to build efficient and powerful radiation sources for coherent UV radiation in the future. This is very attractive for applications in basic research as well in the semiconductor industry.