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1977: In May, Star Wars was theatrically released. [7] Three different audio versions (a Dolby Stereo mix, a six-channel mix for 70 mm screenings, and a mono mix print) were created, with significant differences. [8] Later that year, among others, a silent, English-subtitled Super 8 reel version of the film was released by Ken Films. [9]
The films and series in the Skywalker saga span decades. Here’s the timeline of “Star Wars,” from new series “The Acolyte” to “The Rise of Skywalker” and beyond.
Electrons change energy states by either resonantly gaining energy from absorption of a photon or losing energy by emitting photons. In chemistry-related disciplines, one often distinguishes between fluorescence and phosphorescence. The former is typically a fast process, yet some amount of the original energy is dissipated so that re-emitted ...
A corollary of Kasha's rule is the Vavilov rule, which states that the quantum yield of luminescence is generally independent of the excitation wavelength. [4] [7] This can be understood as a consequence of the tendency – implied by Kasha's rule – for molecules in upper states to relax to the lowest excited state non-radiatively.
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Star Wars timeline in chronological order:. Young Jedi Adventures (canon unconfirmed). Episode I: The Phantom Menace. Episode II: Attack of the Clones. Star Wars: The Clone Wars (movie) Star Wars ...
Phosphorescence is a type of photoluminescence related to fluorescence. When exposed to light (radiation) of a shorter wavelength, a phosphorescent substance will glow, absorbing the light and reemitting it at a longer wavelength. Unlike fluorescence, a phosphorescent material does not immediately reemit the radiation it absorbs.
Phosphorescent materials continue to emit light for some time after the radiation stops. This difference in timing is a result of quantum spin effects. Fluorescence occurs when a photon of the incoming radiation is absorbed by a molecule exciting it to a higher energy level followed by emission of light as the molecule returns to a lower energy ...