Geometric, Physical, and Visual Optics
A basic optics textbook that integrates relevant visual and ophthalmic optics material with basic geometric and physical optics. Dr. Keating's book uses the vergence approach to optics as well as the wavefront approach to vergence as an aid to developing optics intuition.
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angle angular magnification aperture stop astigmatism axial back surface back vertex power blur center of curvature cm in front component contact lens cornea deviation diffraction dioptric power distant object emmetrope entrance pupil equal equation EXAMPLE exit pupil Figure frequency front surface glass hyperope image distance image point image space incident light incident ray interface interference laser lateral magnification leaving the lens lens clock lenses light incident light leaving located minus cylinder mirror myope nodal ray object distance object point object space objective lens ocular lens optical infinity paraxial photon plane waves point image point source polarized polaroid power cross primary focal point principal meridians principal plane radius of curvature ray diagram real image real object reflected refractive index result retinal image shows slit spectacle lens spectacle magnification SSRI system matrix telescope thin lens tion vergence vertex distance virtual image virtual object wavefront wavelength zero