Metronome
Alter-Projects and Servaire & Co have partnered to design Metronome, an oscillating installation at the London Design Biennale created to trigger memories through sounds and smells. The installation is a room with a scent-diffusing physical metronome at its centre accompanied by an ASMR soundscape by designer Steve Lastro.
黒川良一
oscillating continuum
En “oscillating continuum” el artista japonés nos muestra una variación del recurso de la video-instalación, acostumbrados a ver una pantalla de gran tamaño en la que se desarrolla una acción, mientras que en la parte posterior se encuentra el equipo de sonido y los cables que hacen trabajar a la pieza. Kurokawa reduce todos estos elementos a dos pantallas encerradas en un par de cajas ensambladas una a lado de la otra.
TH-42PH10EK x 5
Five screens were installed by the artist as pendulums that swing continuously. As soon as all five have come to a standstill, they are pulled back into their original positions with the help of cable winches and are made to swing again – triggered by pulling a rip cord, a performative act that cannot take place without human intervention and which involves the exhibition supervisor in the installation. Each cycle, which lasts approximately 45 minutes, ends as soon as all five screens have come to a standstill and no more sound is produced by their movement. The sound is produced by the amplification of the friction to which the joints of the moving pendulum are subjected. Multiplication thus creates five oscillating loops that merge into one another with a time offset.
Sound City
Suspended from the ceiling by two springs and equipped with an oscillating weight fixed inside its body, a Sound City loudspeaker shakes in a disorderly manner in space. The music it plays reacts directly to the movements as if the musicians were inside the loudspeaker and trying in vain to adapt their playing to the turbulences. The originality of the movements comes from the pulsations and interferences produced by the interaction of two coupled harmonic oscillators (the spring and the pendulum) not having the same natural frequency. The two pneumatic jacks to which the springs are attached control the amplitude of the swings.
Self-Replicating Spheres
Self-Replicating Spheres explores the processes of growth, encapsulation and division through macro-scale objects on an oscillating table. This project attempts to demonstrate synthetic cellular division and replication through non-biological physical objects, without the use of robotics. The individual spheres were created with a hollow shell and an arrangement of small metal spheres and magnets. This internal structure provides the force of attraction for growing connections, the flexibility and, ultimately, the capability to divide. By adding more spherical units and supplying energy in the form of the oscillating table, the system will continually grow and divide.
