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A Brigham Young University - Idaho devotional address by Chris Lowry entitled “The Best Gifts”, given on November 14, 2023 at the BYU-Idaho Center.
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This is the second part of a video series about depth perception.
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This is the second part of a series of videos about the organization of the striate cortex.
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This is the first part of a series of two videos examining the organization of the striate cortex.
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In this video we discuss the advantages of color vision.
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In this video we discuss the basics of visual attention.
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In this video we discuss the problem of univariance in color vision and how the visual system overcomes it.
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In this video we discuss how neuronal responses may be affected by or produce attention.
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In this video we discuss the receptors that respond to molecules in foods and provide the basis of taste perception.
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This video provides an overview of the pathway from the mouth to various targets in the brain that allow us to perceive taste.
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This video is a summary of the steps involved in color processing in the brain.
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This is the second part of the video series explaining how sounds are localized.
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In this video we discuss two theories of odor perception.
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In this video we discuss research on visual attention.
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In this video we discuss how the visual system perceives and understands scenes.
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In this video we discuss visual memory for scenes.
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In this video we discuss what metamers are and how they support the trichromatic theory of color vision.
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In this video we discuss some of the deficiencies of color vision that humans can experience.
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In this video we discuss evidence for the opponent theory of color vision.
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In this video we discuss how we use information about light in the environment to see color.
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In this video we discuss the dorsal and ventral visual streams and their functions.
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In this video we discuss the muscles that control eye movements.
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In this video we discuss disorders of visual attention.
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In this video we discuss cues that produce the perception of depth.
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In this video we discuss how the visual system attempts to determine corresponding retinal locations on each retina to allow for binocular vision.
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In this video we discuss how the brain compensates for eye movements so we don't see motion when our eyes move.
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In this video, we discuss how depth cues are used to create depth perception.
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In this video we discuss how binocular vision contributes to stereopsis.
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In this video, we discuss how binocular vision leads to stereopsis.
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This video covers how the eye accomplishes accommodation and the refractive power of the eye.
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