PSY 345 visual perception discussion
the concept of inattentional blindness and how this can affect visual perception
PSY 345 Week 2 visual perception discussion
the concept of inattentional blindness and how this can affect visual perception
Create a discussion guide that includes 8 to 10 open-ended questions that will help facilitate the discussion. Include the desired responses.
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Explain the concept of inattentional blindness and how this can affect visual perception.
Provide an example and visual aids. PSY 345 visual perception discussion.
Submit your assignment.
PSY 345 WEEK 2 Visual Perception Discussion PSY 345 WEEK 2 Visual Perception Discussion PSY 345 WEEK 2 Visual Perception Discussion
Your group will facilitate a class discussion on the role of attention in visual perception. Create a discussion guide that includes 8 to 10 open-ended questions that will help facilitate the discussion. Include the desired responses. Explain the concept of inattentional blindness and how this can affect visual perception. Provide an example and visual aids
A test of the sensorimotor account of vision and visual perception.
Abstract
Two theories define the relationship between sensory experience and perception of location. The doctrine of specific nerve energies relies on hard-wired, genetically specified relationships between stimulation and perception, modifiable only within limits by adaptation. In a newer sensorimotor account, experience tunes the relationship between stimulation and perception. The perception of pressure phosphenes can differentiate the two theories, because the phosphene appears at a location predicted by physiological optics and in a modality predicted by specific nerve energies. Moving a finger vertically along the outer orbit of the eye while pressing gently on it through the lid during nasally directed gaze results in apparent motion of the phosphene out of phase with the finger, therefore in contradiction to information from motor efference to the finger, tactile sense at the fingertip, eyelid and bulb, joint receptors, and proprioception from muscles driving the finger. A test of the sensorimotor theory giving it every advantage had six observers in darkness moving their fingers along the eye and observing phosphenes for 1 h and 2400 motion cycles; the phosphene always obeyed the doctrine of specific nerve energies, never adapting or changing modality as the sensorimotor theory predicts. PSY 345 visual perception discussion.