Physiological Optics: An Introduction to Human Sight and Vision
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Physiological optics is how the brain uses the eyes to create clear, aligned imaging for downstream processing – and the challenges it faces in making this happen. Where there is a visual impediment due to trauma or development, visual signal acquisition will be affected and in turn degrades downstream processing. If you consider all that is connected to vision, you’ll start to get an idea of what this can mean: Cognition, Affect / Emotional Function, Fine Motor Control, Gross Motor Coordination, Locomotion, Balance, Orientation / Motor Reflex Responses, Obstacle / Threat Avoidance – it’s everything!
Vision is a complex neurological experience the most complex sensory experience. Explore a down to earth introduction to refraction, how we focus light with our eyes to see the world clearly – and what happens when things go awry.
Charles Boulet, BSc, BEd, OD, is an optometrist, author, and expert in visual neurorehabilitation, with a focus on conditions such as amblyopia, strabismus, and eye movement disorders. A passionate advocate for accessible vision care, he played a pivotal role in developing and promoting Alberta’s Child Vision Assessment Act, which sought to ensure universal vision exams for children.
Beyond his clinical work, Dr. Boulet is deeply involved in research and global advocacy, collaborating with professionals worldwide. He has published numerous articles and developed a growing library of online resources to educate healthcare providers, therapists, and educators about vision science and rehabilitation.
Through his workshops and teaching, Dr. Boulet equips professionals with practical tools to address visual dysfunction in rehabilitation. When not working, he enjoys photography, hiking, music, and engaging with community arts.
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