Synesthesia and the Nature of Perception

Nature of synesthesia and perception The scientists do not fully understand the work and perception of the brain, but the basic concept seems very simple at an intuitive level. The brain interprets a series of stimuli in a specific way. However, some people with synesthesia may receive a single stimulus in various ways. Whether they tend to naturally hear the red. Do these people have extra nerve connections and will they taste green? Some scientists insist that everyone will begin their life in the form of a union until they learn to distinguish their senses.

Previously it was thought that it was mere curiosity, but synesthesia is an unusual situation that will remain an interesting and educational scientist. Individuals with synesthesia experience a heteromorphic sensory input paired with normal perception. For example, glyph color synesthesia is synesthesia where numbers and letters cause color experiences. If asked about a certain number of meanings and the color it represents, even if asked again in five years, Sinai can describe their experience and is often consistent. Graphite color synapse is the most common form of synesthesia, but it can associate various sensory experiences, such as feeling tactile shapes, remembering specific color music while tasting a specific food I will. This situation is considered relatively rare. Recent studies have shown that it affects one in 2000 people, but many predict that it will underestimate it.

In synesthesia, a sensory stimulus results in the perception of another unstimulated modality. For example, morphemes cause additional color perception in glyph color co-sensation, including heterosomorphic character colors and digital color magnesium. Until recently, people thought that synesthesia was strictly one way. ... Auditory-visual (AV) synesthesia is a rare phenomenon in which auditory stimuli cause "simultaneous" color perception. Currently, the neurophysiological model of the sympathetic nerve mainly assumes "hyperlinked" and "superactivated" brain, but the direction of signaling is different. The two-stage model proposes bottom-up signaling from the inducer to the simultaneous higher brain area, while the derepression feedback model suggests top down signaling from the inducer to the higher brain to the simultaneous brain region .