Daniel Palacios' 'Waves' utilizes a basic construction of a long piece of elastic string and two motors to visualize the
presence of people close to the installation. The string between the two motorized chambers reacts to the people presence and movements, it twirls to produce a sine-wave simulation that eloquently resembles both the digitization of real-time sound waves and patterns of flow and connectivity found in natural systems.
Daniel Palacios' 'Waves' utilizes a basic construction of a long piece of elastic string and two motors to visualize the
presence of people close to the installation. The string between the two motorized chambers reacts to the people presence and movements, it twirls to produce a sine-wave simulation that eloquently resembles both the digitization of real-time sound waves and patterns of flow and connectivity found in natural systems.
presence of people close to the installation. The string between the two motorized chambers reacts to the people presence and movements, it twirls to produce a sine-wave simulation that eloquently resembles both the digitization of real-time sound waves and patterns of flow and connectivity found in natural systems.
