Linked from

The 27 pages that link to Optics, each with the reason it gives.

• Islamic Golden AgeRelated: Ibn al-Haytham’s experimental work transformed theories of vision and light.

• Maxwell's equationsNarrower topic: The equations account for light as an electromagnetic wave.

• Camera obscuraNarrower topic: The camera obscura is a direct demonstration of light projection and image formation.

• AcousticsCompared with: Optics studies electromagnetic waves, while acoustics studies mechanical disturbances.

• Snell's lawNarrower topic: Snell's law emerged from the historical effort to describe how light crosses material boundaries.

• MirrorNarrower topic: Mirror behavior is a basic case of geometric optics.

• William Rowan HamiltonNarrower topic: Hamilton’s early mathematical work on optics helped lead him toward characteristic functions and mechanics.

• PresbyopiaNarrower topic: The eye’s loss of near focusing power is an optical problem.

• Ibn al-HaythamNarrower topic: The broad field his investigations transformed.

• AnamorphosisNarrower topic: The mathematics and devices of anamorphosis draw on the behavior of light and vision.

• Brewster angleNarrower topic: The Brewster angle emerged from nineteenth-century investigations of reflection and refraction.

• Atmospheric opticsNarrower topic: Atmospheric optics is a setting-specific branch of this broader study.

• Roger BaconBroader topic: Bacon devoted substantial analysis to vision and the transmission of light.

• Al-KindiRelated: His scientific writings engaged with Greek accounts of vision and light.

• ElectrodynamicsNarrower topic: Classical optics follows from electrodynamics in appropriate regimes.

• Charles WheatstoneRelated: His experiments on binocular vision depended on optical principles and image presentation.

• OptometryNarrower topic: Optical principles explain how lenses and the eye focus light.

• Eye colorNarrower topic: Eye color depends partly on how light interacts with the iris’s microscopic structure.

• Astronomical instrumentationNarrower topic: Optical principles govern how astronomical instruments collect and focus visible and infrared light.

• Cornelis DrebbelNarrower topic: Drebbel’s lens-making and microscope work depended on manipulating light through lenses.

• David BrewsterNarrower topic: Brewster’s experiments and inventions contributed to nineteenth-century optical science.

• FlashlightNarrower topic: Optical principles explain how a flashlight shapes and directs its beam.

• PhotonicsNarrower topic: Optics supplies much of photonics’ physical foundation; photonics emphasizes devices and systems.

• Roger Joseph BoscovichNarrower topic: Boscovich investigated optical problems alongside astronomy and mechanics.

• Francesco AlgarottiNarrower topic: Optics supplied the scientific subject of his best-known popular work.

• Sir George StokesNarrower topic: Stokes made influential contributions to the physics of light.

• Taqi ad-Din Muhammad ibn Ma'rufRelated: His writings also treated optical questions beyond observational astronomy.