In 1987 Buckner, Reece, and Reece investigated this claim that eye movements indicate specific cognitive functions and determined that the sensory components of cognition, as defined in the NLP model relative to eye movements do exist (see Buckner, et. The NLP model of eye accessing cues states that where we look, in which direction we move our eyes, there is a specific type of sensory information being activated β either visual, auditory, or kinesthetic/feelings. Robert Dilts, one of the foremost developers of NeuroLinguistic Programming (NLP), summarizes this research and outlines his own 1977 research in his Article of the Month: Eye Movements and NLP (see Dilts). The 1970s also saw several published works on the correlation of eye movements and the functioning of the two hemispheres of the brain. Stefan Dowiasch, Phillips University, Marburg, Germany, βIn the last decades, the study of eye movements has increased in relevance as gaze serves as an easily accessible, reliable, safe and fast proxy for cognitive processes and as a tool to identify possible functional impairments of the brain.β (see Dowiasch, et. Recent research shows that the strength and rapidity of the small muscle movements of the eyes may be related to how the brain ages. How we move our eyes both affects and reflects various aspects of brain function. What our eyes do for us goes far beyond vision: they play a significant role in our balance, cognition, brain health, and emotions.
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