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Spectroscopy is a means to obtain information from atomic systems ( matter) by recording their response to an external excitation. One can classify the type of spectroscopy by the means of excitation (e.g. photons or electrons) and the kind of " particles" that are detected. Thus photon-in-photon-out spectroscopy refers to all kinds of scattering of electromagnetic radiation, e.g. X-ray emission spectroscopy . An important example for a photon-in-electron-out spectroscopy is photoelectron or photoemission spectroscopy. Electromagnetism

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Topics: Photon-in-photon-out, Photon Mapping, Photonics, Photon Torpedo...

PhotonFor the Japanese anime video, see Photon (anime). In physics, the photon (from Greek φοτος, meaning light is a quantum of excitation of the quantised electromagnetic field and is one of the elementary particles studied by qu	Photon mappingIn computer graphics, photon mapping is a ray tracing technique used to realistically simulate the interaction of light with different objects. Specifically, it is capable of simulating the refraction of light through a transparent substance, such as glas	PhotonicsPhotonics is the science and technology of generating and controlling light, and, in particular, using light to carry information. The name is derived from the fundamental information carrier the photon. The science and applications of photonics are usual
Photon torpedoThe photon torpedo (also known as "photorps" and "photons") an imaginary weapon of science fiction, is a space torpedo armed with an matter/ antimatter bomb. The concept is frequently mentioned within the fictional Star Trek, where these weapons are often	Photon (anime)Photon is an anime series. The main character possesses superhuman strength and engages in heroic adventures of different varieties. He becomes engaged to a renegade space pilot and becomes involved in fighting an evil galactic emperor and his "bumbling h	Photonic crystalPhotonic crystals are periodic dielectric or metallo-dielectric (nano)structures that are designed to affect the propagation of electromagnetic waves (EM) in the same way as the periodic potential in a semiconductor crystal affects the electron motion by
Photonic crystal fibers	Photon-in-photon-out	Photon soup

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