Encoding Applied Science

Many methods for improvements of the spatial resolution in NMR imaging of solid materials have been proposed with different impact on applications in polymer science [8, 9, 11-13, 21]. For the great variety of techniques only those are reviewed in Sections 5.1.3 and 5.1.4 below, which are being applied successfully to problems in polymer science. Depending on the dominating features, the techniques can be classified into frequency and phase encoding approaches. 

Molecular potentials offer the opportunity to apply the art and science of chemistry to the implementation of molecules as electronic devices. As it stands, until a new technique to fabricate molecular circuits and transmit information between molecules is discovered, perhaps there is no other alternative than using the molecular potentials for the encoding and processing of information in of molecular electronic systems. Currently, we must rely on molecular potentials to develop systems that can continue the tremendous scaling down of photolithography in the massive fabrication and wiring of silicon based circuits. 

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