The cross discipline employment of nanoparticles is evident from the vast amount of literature that has been produced from each of the individual communities within the last decade. Possibly the most common nano-sized component between these sciences are nanoparticles composed of a variety of materials. These biopolymers not only contain the biological genetic guide to code for the production of life-sustaining materials, but are also being probed by physicists as a means to create electrical more ยป circuits and furthermore as controllable architectural and sensor motifs in the chemical disciplines. One extensively studied example of a nanometer sized experimental component, which acts as a junction between these three principle scientific theologies, is deoxyribonucleic acid (DNA) or ribonucleic acid (RNA). This size is unique as the characteristics of this regime involve aspects of pure physics, biology, and chemistry. The scientific community has recently experienced an overall effort to reduce the physical size of many experimental components to the nanometer size range.
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