| Lec # | Topics | key dates |
|---|---|---|
| 1 | Introduction to the Visual System and Organization of the Retina: Anatomy and physiology of the retina, ganglion-cell receptive field organization, pre-ganglionic elements | |
| 2 | A. The Lateral Geniculate Nucleus: Laminar organization of the LGN, receptive field properties of single cells B. The Striate Cortex: Striate cortex receptive field organization, cytoarchitecture, modular organization, imaging | |
| 3 | Extrastriate Areas: Specificity of areas, single-cell receptive field properties, topography, imaging, functional and anatomical connections | |
| 4 | The ON and OFF Channels and Brightness Perception: The ON and OFF channels and their function in vision | |
| 5 | The Midget and Parasol Systems: Characteristics, connections and functions of the midget and parasol systems | |
| 6 | Color Vision and Adaptation: The processing of wavelength information in the visual system, perception at isoluminance Adaptation phenomena and the neural mechanisms of visual adaptation | |
| 7 | Eye Movement Control, Subcortical Structures: Codes for the generation of visually guided eye movements, the role of excitatory and inhibitory mechanisms in eye movement generation | |
| 8 | Eye Movement Control, Cortical Structures: Parallel pathways for the control of visually guided eye movements, functions of cortical areas in eye-movement generation | |
| 9 | Motion Perception and Smooth-pursuit Eye Movements: Motion processing in cortical and subcortical visual structures Pursuit eye movements | |
| 10 | Depth Perception: Depth perception and underlying neural mechanisms | |
| 11 | Pattern Perception: Pattern perception, underlying neural mechanisms and the significance of topographic organization Review of the course | |
| 12 | Visual Illusions: What illusions can convey about how the brain processes visual information and what we know about the brain that can explain some illusions | |
| 13 | Visual Prosthesis: Assessment of the research on visual prosthesis and discussion of the major tasks involved in making a visual prosthetic feasible |