The same distance as the formation of transparent glassand it is near a very small fibers woven into the "carpet." It has self-cleaning functioncan be conductivebut also DNA chain can be used as biological control tools. Ohio State University researchers in the "Nature Nanotechnology," published an article that they have developed into such small nano-plastic fibersa number of technical areas will play an important role. 
     Its well-known professor of Chemical PhysicsArthur? Epstein said that the use of their patent-pending technologycan be grown on the surface of a substrate of different lengthdifferent size diameter fibersand chemical treatment in different methods to qualify the fiber molecular structureto change their chemical properties. The advantage of doing so can be used in many different ways to build a polymer fiber. The study found that these fibers can be coated in almost any object surface. 
     This technology is actually composed of two different elements of the polymer growth process: Firsta planar substrate in the growth of a small dot as the growth of polymer "seeds" and then "seed" to startso that along the fibers perpendicular to the plane the direction of growthwhen the researchers shut down a chemical reactionthe fiber will stop growingand as such can be a piece from a high fibercomposed of exactly the same "carpet." 
     The researchers found thatthrough different chemical treatment that allows hydrophilic or hydrophobic fibers can also be pro-oil or hate them oilwhich makes fiber can be applied to a number of different areas. For exampleglass doors and windows hate the oil coating the hydrophobic fiberwateroil and other dirt adhesion will not be able to in the aboveit will be long-term clean. 
     In contrastthe hydrophilic fiber is a very good anti-fog coatingbecause they can even out the water droplets to flat glass surfaces. 
     Even more interesting is that if the water droplets containing the DNA chain coiled in the fiber surface hydrophilicityDNA coil will extend the chainand hanging in the fiberas the same clothesline. Epstein believes that these fibers can be used as a study of how DNA interaction with other elements of the platformat the same time can also be used to extend the DNA chain to build new nanostructures. 
     In additionby selecting some of the molecular structurenano-fiber surface can be conductive processed. Researchers can use the nano-fiber has an organic light-emitting devices for chargingwhich will clear plastic pave the way for electronic material research.