Search results
Results from the WOW.Com Content Network
Auditory imagery can be studied using tonal stimuli. During this study, people's abilities will be assessed to determine if they are capable of creating their own imagery. For example, they could be asked whether a probe tone matches a pitch or if they could use continuation to fill in the missing pieces. [24]
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.
The authors proposed a new term, "anauralia", to describe the absence of auditory imagery, particularly the lack of an "inner voice". [32] A subsequent study, corroborated this finding, showing that the majority of a sample of people recruited on the basis of visual aphantasia also reported having reduced auditory imagery.
So for example a person that most highly values their visual representation system is able to easily and vividly visualise things, and has a tendency to do this more often than recreating sounds, feelings, etc. Representational systems are one of the foundational ideas of NLP and form the basis of many NLP techniques and methods. [7]
Dual-coding theory postulates that both sensory imagery and verbal information is used to represent information. [3] [4] Imagery and verbal information are processed differently and along distinct channels in the human mind, creating separate representations for information processed in each channel. The mental codes corresponding to these ...
These structures include the thalamus and the basal ganglia. [2] Some of the above-mentioned areas have been shown to be active in both music and language processing through PET and fMRI studies. These areas include the primary motor cortex, the Brocas area, the cerebellum, and the primary auditory cortices. [2]
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.
An image schema (both schemas and schemata are used as plural forms) is a recurring structure within our cognitive processes which establishes patterns of understanding and reasoning. As an understudy to embodied cognition , image schemas are formed from our bodily interactions, [ 1 ] from linguistic experience, and from historical context.