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mirage \ m-rzh \ 1 an optical (see optical sense 2a) impact that is in some cases seen at sea, in the desert, or over a hot pavement, that may have the appearance of a swimming pool of water or a mirror in which remote items are seen inverted, and that is brought on by the flexing or reflection of rays of light by a layer of heated air of varying density 2 something illusory and unattainable like a mirage A peaceful option showed to be a mirage.
Naturally occurring optical phenomenon Numerous sort of mirages in one place taken over the course of six minutes, not shown in chronological order. The uppermost inset frame shows an inferior mirage of the Farallon Islands. The second inset frame is the Farallon Islands with a green flash on the left-hand side.
In these three frames, the superior mirages progress from a 3-image mirage (an inverted image between two erect ones) to a 5-image mirage, and after that back a 2-image mirage. Such a screen is consistent with a Fata Morgana. All frames however the upper one were photographed about 5070 feet (1521 m) above sea level.
A mirage is a naturally taking place optical phenomenon in which light rays bend via refraction to produce a displaced image of remote items or the sky. The word comes to English via the French (se) mirer, from the Latin mirari, suggesting "to look at, to question at". Mirages can be categorized as "inferior" (suggesting lower), "superior" (implying greater) and "Fata Morgana", one sort of remarkable mirage including a series of unusually sophisticated, vertically stacked images, which form one quickly altering mirage.
What the image appears to represent, nevertheless, is determined by the interpretive professors of the human mind. For example, inferior images on land are extremely quickly mistaken for the reflections from a little body of water. Inferior mirage [edit] In an inferior mirage, the mirage image appears below the real item.


The mirage causes the observer to see a bright and bluish patch on the ground. Light rays originating from a particular remote object all travel through nearly the same layers of air, and all are refracted at about the same angle. For that reason, rays originating from the top of the object will arrive lower than those from the bottom.