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Studies on auditory imagery can give insight to involuntary intrusive images called earworms. One study used to examine control of auditory imagery experiences is the self report Bucknell Auditory Imagery Scale. [24] A relatable phenomenon in which the lay person has experienced an earworm is when a jingle gets stuck in a person's head.
Later she included this illusion on her CD ‘Phantom Words and other Curiosities' [2] and noted that once the phrase had perceptually morphed into song, it continued to be heard as song when played in the context of the full sentence in which it occurred. Deutsch, Henthorn, and Lapidis [5] [6] examined the illusion in detail. They showed that ...
Auditory illusions are illusions of real sound or outside stimulus. [1] These false perceptions are the equivalent of an optical illusion : the listener hears either sounds which are not present in the stimulus , or sounds that should not be possible given the circumstance on how they were created.
Auditory imagery pertains to sounds, noises, music, or the sense of hearing. (This kind of imagery may come in the form of onomatopoeia). Olfactory imagery pertains to odors, aromas, scents, or the sense of smell. Gustatory imagery pertains to flavors or the sense of taste. Tactile imagery pertains to physical textures or the sense of touch.
Auditory imagery in general occurs across participants in the temporal voice area (TVA), which allows top-down imaging manipulations, processing, and storage of audition functions. [36] Olfactory imagery research shows activation in the anterior piriform cortex and the posterior piriform cortex; experts in olfactory imagery have larger gray ...
Articulatory suppression is the process of inhibiting memory performance by speaking while being presented with an item to remember. Most research demonstrates articulatory suppression by requiring an individual to repeatedly say an irrelevant speech sound out loud while being presented with a list of words to recall shortly after.
Auditory imagery is often but not necessarily influenced by subvocalization, [19] and has ties to the rehearsal process of working memory. [4] The conception of working memory relies on a relationship between the "inner ear" and the "inner voice" (subvocalization), and this memory system is posited to be at the basis of auditory imagery.
Simply put, one ear was hearing the full sentence without phoneme excision and the other ear was hearing a sentence with a 's' sound removed. This version of the phonemic restoration effect was particularly strong because the brain was doing much less guess work with the sentence, because the information was given to the observer.