Synesthesia is a fascinating phenomenon that involves the “blending of sensations.” This means that some people experience a blending of senses, such as seeing colors when listening to music or tasting flavors when smelling certain aromas. This phenomenon is neither unique nor absolute, as there are more than 70 types of synesthesia. One of the most common forms is the perception of colors when experiencing smells. 6.3% of people with synesthesia see colors when they perceive certain smells.
Synesthesia in Art.
Throughout history, several artists have used their synaesthesia to create unique and evocative works. Among the best-known examples are Vincent van Gogh and Wassily Kandinsky, who "heard" colors and shapes while painting. This blending of senses allowed them to capture on their canvases a perception of the world that goes beyond sight.
Van Gogh, for example, used vibrant colours and dynamic brushstrokes to capture the intensity of his emotions and sensory experiences. Kandinsky, on the other hand, pioneered abstract art, using shapes and colours to represent his synaesthetic perception of music.
Technological Innovations Inspired by Synesthesia.
Synesthesia has inspired numerous ingenious technological innovations. One notable example is a colour-capturing system that emits a different sound depending on the frequency of the colour it receives. This system was used in a performance by a colour-blind artist, demonstrating how technology can amplify our sensory perception.
In addition, a photographic technique known as the Schlieren technique has been perfected. This technique, discovered by the German physicist August Toepler, allows sounds to be photographed by detecting variations in the density of a fluid when the sounds or temperature change. Using a network of mirrors, this technique generates a light capable of detecting these variations in a surprising way.
Photographing Sounds: The Schlieren Technique.
The Schlieren technique has been used to create stunning images of sounds. Mike Hargather from the University of New Mexico made a series of images that capture what sounds look like. These images, compiled into a video by Skunk Bear , allow us to visualize sound in a whole new way.
The technique involves using a system of mirrors that reflect light through a fluid. When a sound passes through the fluid, it creates variations in density that can be captured in an image. This reveals patterns of sound waves that are normally invisible to the human eye.
Synesthesia and Aromatherapy.
At Meditaroma, we believe that synaesthesia and aromatherapy are closely connected. The ability to perceive scents as colours can enrich the aromatherapy experience, allowing people to enjoy an additional dimension of relaxation and wellbeing.
Aromatherapy, with its use of essential oils to promote health and well-being, can benefit from synaesthetic perception. For example, a lavender essential oil might not only induce a sense of calm through smell, but also evoke soothing colors that amplify its effect.
A Future Inspired by Synesthesia.
Synesthesia shows us how our perceptions can go beyond the conventional limits of the senses. Technological innovations inspired by synesthesia open up new possibilities for artistic creation and understanding our sensory experiences.
Imagine a future where sounds can be seen and colours can be heard, where technology and art merge to offer immersive multi-sensory experiences. Synesthesia, with its ability to unite the senses, invites us to explore the world in new and exciting ways.
We hope this article has broadened your understanding and appreciation of synesthesia and its impact on art and technology. If it has inspired you, we encourage you to continue exploring. Synesthesia and the art of sound painting await!
The meditaroma team.
