@CzosnkowySmok bardziej chciałem się skupić nad terapią/leczeniem zainspirowaną synestezją, która ma "przywracać" utracone zmysły w określonych warunkach.
"Giles invited me to the 2017 Open Senses Symposium at the University of London. There, he showed me a sensory substitution device (SSD), which allows information from one sense, usually vision, to be re-routed through another sense, enabling people with visual impairments to produce some semblance of vision. Pointing at some red fabric, Giles explained that a sensor would translate its color into an intuitive sound. I experimented moving the fabric around under the sensor, resulting in a high-pitched synthesized sound from the headphones. As I inched the fabric closer up towards the sensor, the sound became more staccato, offering me not just an auditory representation of the color but awareness of where it was in space.
An SSD like this one converts a visual signal to a sound, which the brain can then learn to convert back into vision. Giles is interested in the relationship between this kind of sensory substitution and synesthesia. After all, translating one sense into another is what synesthesia is, in a nutshell. Because of this, SSDs are one of the first technologies to meaningfully demonstrate just what synesthesia – or at least one kind of it – might feel like to those who have never had it."