Static.COOKIE_BANNER_CAPABLE = true;

⦿ Ausstellung


KERSTIN ERGENZINGER (BERLIN):

KERSTIN ERGENZINGER (BERLIN):

Pluvial is a sono-tactile architecture that follows the associative and physical quality of rain noise. It connects the listening body with a sonic, animated and partly self-organizing instrument. The sculptural instrument consists of self-made, digitally controlled String-Drums and uses the shape memory alloy Nitinol as instrument string. Their metallic resonance tubes lift and lower at the heat-sensitive, kinetic nitinol strings, sending and knocking swelling rhythms and rushing harmonies through space, which are modulated by the density and intensity of collected precipitation measurements on the world‘s oceans.

Die sono-taktile Architektur Pluvial folgt der assoziativen und physikalischen Qualität des Regenrauschens. Sie verbindet den horchenden Körper mit ihrem belebten, sich teilweise selbstorganisierenden Klangkörper. Das skulpturale Instrument besteht aus selbst angefertigten, digital gesteuerten Saitentrommeln. Die Formgedächtnislegierung Nitinol dient als Instrumentendraht. Die metallischen Resonanzrohre der Trommeln heben und senken sich an den wärmeempfindlichen, kinetischen Saiten und senden und klopfen an. Abschwellende Rhythmen und rauschende Harmonien erklingen im Raum, die durch die Dichte und
Intensität von gesammelten Niederschlagsmessungen auf den Weltmeeren moduliert werden.



If possible, please listen through head-phones or good speakers! Pluvial is a sono-tactile architecture and sculptural-spatial installation. It follows the associative and physical quality of rain noise. Pluvial explores the sensual and conceptual relationship between man and place by connecting the listening body with a self-organizing, animated system. Aiming to link to individual memories and moments in which proximity and atmosphere gain equivocal, ambiguous or previously unknown levels of meaning. The eighty-channel spatial instrument consists of self-made, digitally controlled drums that work according to the String-Drum principle and use the shape memory alloy Nitinol as instrument string. The hanging drums balance floating in a large cloud-like mobile. Their metallic resonance tubes lift and lower at the heat-sensitive, kinetic nitinol strings, sending and knocking swelling rhythms and rushing harmonies through space. Pluvial invites to enter and follow the acoustic and tactile sounds. Rain materializes white noise: modulated by the drop size and intensity of precipitation, acoustically and tactilely filtered by the quality of the environment that the drops encounter. In analogy to the phenomenon of rain, these string drums are driven by random on-off voltage pulses, which in turn are modulated by the density and intensity of collected precipitation measurements on the world‘s oceans. The result is an acoustic environment that unfolds in time and space, modulating from barely audible to expansive rhythms. The physical body of the drum cloud with its different resonance frequencies and their harmonics acts like a set of bandwidth filters - defined by the different tube lengths, widths and materials, as well as by the randomly varying tensions of the drumheads. In addition, each drum is equipped with a feedback pendulum that interrupts the circuit when it is heated and fully tightened, allowing the rhythms of the individual drums to diverge further. Thus Pluvial simulates and creates acoustically rainy, watery conditions: be it a single precipitation or the continuous rainfalls of severe wheathers or a certain season, a climate of variable length or a geological episode marked by heavy precipitation. The sound installation ties in with the experience of being outside in changing weather conditions, with the openness of perception that arises when one is exposed to these conditions without protection Pluvial is developed in close collaboration with Thom Laepple (hard-and software development and rain record analysis) The installation is part of my research project “Rhythmic Textures”, funded by Einstein Foundation Berlin. Realized with the Graduate School at the Berlin University of Arts. The modulation of the random pwm-control-volatage is based on the open source data of the Ocean Rain And Ice-phase precipitation measurement Network (OceanRAIN) Furthermore it is part of my work as affiliated artist of the research project nuClock. (nuclock.eu) The production was supported by the SMArt® Steps Program of Dynalloy.Inc The video contains documenation from the exhibition: "What if it won´t stop here ?" at Archive Books Berlin and from "Be Water#1 - Pluvial - A Sono-Tactile Architecture", loop - raum für aktuelle kunst, Bpart Exhibition Berlin. Photography from loop © Andreas Schimanski © Kerstin Ergenzinger / VG - Bildkunst