To address this challenge, we developed a special vibro-vest and a web application that allowed participants to control their own sensory experience. The vibro-vest was designed based on hypotheses about key impact points on the human body, stimulating the front and back torso surfaces as well as the neck. It featured a total of 48 vibration motors and 3 vibro-speakers.
The software enabled participants to experience opera in two modes. The first mode controlled the overall background vibration, synchronized with the musical rhythm. The second mode allowed participants to manually adjust localized vibrations, effectively turning their body into a synthesizer and themselves into co-performers of the musical piece.
For the sensory experience, we selected several emotionally charged excerpts from various operas. As visual accompaniment, we used specially edited video clips featuring familiar events, locations, and narratives. This choice was intentional: in classical opera, emotional engagement relied on the audience’s understanding of symbolism, language, and unfolding narratives on stage. By integrating recognizable visuals for a modern viewer, we aimed to recreate the classical opera experience in a contemporary context.