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Originally Posted by austin420
according to wikipedia, its burn in.
Plasma & LCD & OLED
Plasma displays are highly susceptible to burn-in, while LCD-type displays are generally less so. Because of the more rapid luminance degradation of current organic compounds used in OLED-type displays, OLED is even more susceptible to burn-in than plasma. In addition, the wide variation in luminance degradation with OLED [1] will cause noticeable color drift over time (where one of the red-green-blue colors becomes more prominent).
Unlike displays with a common light source, the brightness of each OLED pixel fades depending on the content displayed. The varied lifespan of the organic dyes can cause a discrepancy between red, green, and blue intensity. This leads to image persistence, also known as burn-in. |
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Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed. (September 2007)
>.>...
Now lets use plasma TVs as an example:
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But to digress, burn in, simply put, is a damaged pixel, whose phosphors have been prematurely aged and therefore glow less intensely than those of surrounding pixels on the plasma TV screen. The damaged or "burned in" pixel has developed a "memory" of the color information that was repeatedly fed to it in a static manner over a period of time. And that phosphor color information has actually become seared or etched into the plasma TV glass. Hence the term, "burn-in." Once these phosphors are damaged, they cannot give the same output as the other phosphors around them do. But pixels do not suffer burn-in singly. Burn-in occurs in the shape of a static image that persists on TV screens -- things like network logos, computer icons, Internet browser frames, or an entire image that has been displayed in a static manner etc. Network logos were a problem initially but they have now become sensitive to the problem and have also adapted a motion logo technology which prevents burn in.
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Plasma TV Burn In: Is It Still a Problem? at Plasma TV Buying Guide
So whats in the red does happen..BUT..the blue aka actual glass is not "burnt in"...
aka its similar but different >.>