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ORGANIC SEMINCONDUCTORS, OVER A DECADE OF ACTIVE RESEARCH

Semiconductor devices may still be imaginable as they are incorporated in various objects that people can hardly live without on a day-to-day basis. Mobile phone, wireless phone, transistor radio, the TV set, and the like are just a few examples of computerised objects that make use of radio waves which largely depend on semiconductors (Brain, n.d.). What explanation then lies behind semiconductors that have turned organic? Kids, donned in illuminated shirts, have become common sights as they glide with their skateboards in parks, malls, and suburb streets. Do they wear t-shirts with batteries on? How do these shirts illuminate the way they do? Computers, vehicles, and even fabrics that have been transformed into fashionable shirts and accessories are only few of the objects that now heavily utilise organic semiconductors.

Why use organic semiconductor devices? What makes them more beneficial compared to like objects that function without them? Other than the essential characteristic of low cost that corresponds to mass production, organic semiconductors are inclined to other known advantages such as manageable fabrication as well as mechanics (ibid.). Years of research reveal that organic semiconductors are different from its counterparts based on a number of characteristics that involve "optical, electronic, chemical, and structural properties" (ibid.). Further studies have determined two basic approaches in processing organic semiconductors: solution processing in preparing thin films of soluble polymers and vacuum sublimation in preparing insoluble films (ibid.). These two approaches are expected to yield irregularities (ibid.).

For the purpose of educating a wider range of readers, the paper may similarly expand in including explanations of the existing differences between n-type and p-type semiconductors as well as other terms that better explain the principles that lie behind organic semiconductors. What makes semiconductors organic? What is organic semiconductor? What are its uses? In what forms are they incorporated? Recently, motor vehicles that make use of natural energy in order to run have been exhibited. However, they project themselves to be expensive alternatives over vehicles that run on fuel. In what terms do they become expensive? How can this be explained within the reader's appreciation and study of organic semiconductors? How relevant can this subject matter be among readers? These questions pose relevance in a wider section of readers.

Educating the masses on organic semiconductors. Companies as well as institutions are not only active but have likewise created avenues for exploring this field of organic semiconductors (OrgWorld, 2009). Active participants in this area of study include countries in North America, Europe, as well as Asia. OrgWorld in particular promotes upcoming organic semiconductor conferences that will run throughout 2009. Middle of April 2009 calls for a spring meeting in the US, followed by conferences in Spain and Germany (ibid.).

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