Timeline of electromagnetism and classical optics

Diambil dari www.wikipedia.com (http://en.wikipedia.org/wiki/Timeline_of_electromagnetism_and_classical_optics )

Timeline of electromagnetism and classical optics

• 424 BC Aristophanes "lens" is a glass globe filled with water.(Seneca says that it can be used to read letters no matter how small or dim)^[1]
  
• 3rd century BC Euclid is the first to write about reflection and refraction and notes that light travels in straight lines^[2]
  
• 130 A.D. — Claudius Ptolemy (in his work Optics) wrote about the properties of light including: reflection, refraction, and color and tabulated angles of refraction for several media
  
• 1021 — Ibn al-Haytham (Alhazen) writes the Book of Optics, studying lens (optics)es, the psychology of vision, and the Camera obscura
  
• 1269 — Pierre de Maricourt describes magnetic poles and remarks on the nonexistence of isolated magnetic poles
  
• 1305 — Dietrich von Freiberg uses crystalline spheres and flasks filled with water to study the reflection and refraction in raindrops that leads to primary and secondary rainbows
  
• 1604 — Johannes Kepler describes how the eye focuses light
  
• 1604 — Johann Kepler specifies the laws of the rectilinear propagation of light
  
• 1611 — Marko Dominis discusses the rainbow in De Radiis Visus et Lucis
  
• 1611 — Johannes Kepler discovers total internal reflection, a small-angle refraction law, and thin lens optics,
  
• 1621 — Willebrord van Roijen Snell states his Snell's law of refraction
  
• 1630 — Cabaeus finds that there are two types of electric charges
  
• 1637 — René Descartes quantitatively derives the angles at which primary and secondary rainbows are seen with respect to the angle of the Sun's elevation
  
• 1657 — Pierre de Fermat introduces the principle of least time into optics
  
• 1665 — Francesco Maria Grimaldi highlights the phenomenon of diffraction
  
• 1673 — Ignace Pardies provides a wave explanation for refraction of light
  
• 1675 — Isaac Newton delivers his theory of light
  
• 1676 — Olaus Roemer measures the speed of light by observing Jupiter's moons
  
• 1678 — Christiaan Huygens states his principle of wavefront sources,
  
• 1704 — Isaac Newton publishes Opticks, a corpuscular theory of light and colour
  
• 1728 — James Bradley discovers the aberration of starlight and uses it to determine that the speed of light is about 283,000 km/s
  
• 1746 — Leonhard Euler develops the wave theory of light refraction and dispersion
  
• 1752 — Benjamin Franklin shows that lightning is electricity,
  
• 1767 — Joseph Priestley proposes an electrical inverse-square law
  
• 1785 — Charles Coulomb introduces the inverse-square law of electrostatics
  
• 1786 — Luigi Galvani discovers "animal electricity" and postulates that animal bodies are storehouses of electricity,
  
• 1800 — William Herschel discovers infrared radiation from the Sun
  
• 1801 — Johann Ritter discovers ultraviolet radiation from the Sun
  
• 1801 — Thomas Young demonstrates the wave nature of light and the principle of interference
  
• 1802 — Gian Domenico Romagnosi notes that a nearby voltaic pile deflects a magnetic needle. His account is largely overlooked.
  
• 1808 — Etienne-Louis Malus discovers polarization by reflection
  
• 1809 — Etienne-Louis Malus publishes the law of Malus which predicts the light intensity transmitted by two polarizing sheets
  
• 1811 — François Jean Dominique Arago discovers that some quartz crystals continuously rotate the electric vector of light
  
• 1816 — David Brewster discovers stress birefringence
  
• 1818 — Simeon Poisson predicts the Poisson-Arago bright spot at the center of the shadow of a circular opaque obstacle
  
• 1818 — François Jean Dominique Arago verifies the existence of the Poisson-Arago bright spot
  
• 1820 — Hans Christian Ørsted notices that a current in a wire can deflect a compass needle
  
• 1825 — Augustin Fresnel phenomenologically explains optical activity by introducing circular birefringence
  
• 1826 — Georg Simon Ohm states his Ohm's law of electrical resistance
  
• 1831 — Michael Faraday states his law of induction
  
• 1833 — Heinrich Lenz states that an induced current in a closed conducting loop will appear in such a direction that it opposes the change that produced it (Lenz's law)
  
• 1845 — Michael Faraday discovers that light propagation in a material can be influenced by external magnetic fields (Faraday effect)
  
• 1849 — Hippolyte Fizeau and Jean-Bernard Foucault measure the speed of light to be about 298,000 km/s
  
• 1852 — George Gabriel Stokes defines the Stokes parameters of polarization
  
• 1864 — James Clerk Maxwell publishes his papers on a dynamical theory of the electromagnetic field
  
• 1871 — Lord Rayleigh discusses the blue sky law and sunsets (Rayleigh scattering)
  
• 1873 — James Clerk Maxwell states that light is an electromagnetic phenomenon
  
• 1875 — John Kerr discovers the electrically induced birefringence of some liquids
  
• 1879 — Jožef Stefan discovers the Stefan-Boltzmann radiation law of a black body and uses it to calculate the first sensible value of the temperature of the Sun's surface to be 5700 K
  
• 1888 — Heinrich Rudolf Hertz discovers radio waves
  
• 1895 — Wilhelm Conrad Röntgen discovers X-rays
  
• 1896 — Arnold Sommerfeld solves the half-plane diffraction problem
  
• 1905 — Albert Einstein demonstrates that Maxwell's Equations are not required to describe electromagnetic radiation if Special Relativity is taken into account
  
• 1919 — Albert Michelson makes the first interferometric measurements of stellar diameters at Mount Wilson Observatory (see history of astronomical interferometry)
  
• 1946 — Martin Ryle and Vonberg build the first two-element astronomical radio interferometer (see history of astronomical interferometry)
  
• 1953 — Charles H. Townes, James P. Gordon, and Herbert J. Zeiger produce the first maser
  
• 1956 — R. Hanbury-Brown and R.Q. Twiss complete the correlation interferometer
  
• 1960 — Theodore Maiman produces the first working laser
  
• 1999 — M. Henny and others demonstrate the Fermionic Hanbury Brown and Twiss Experiment