Paradigms in Computer Vision: Biology Based Carbon Domain Postulates Nano Electronic Devices for Generation Next

Abstract

Nano fabrication of carbon based molecular domain called electro-magnetic nano domain is identified here as an extension of our earlier work on carbon optimized domain in biological systems. Identification suggests that nano fabrication of silicon chip can be replaced by carbon domain where carbon value works out to be both least conductor and conductor. Carbon rich portion attenuate electrons while the carbon domain with defined value highly conductor of current. Demonstrations are here to show how carbon value possesses a dual character of electrical conductance and least conductance. It is hoped that the principle of 31.45% of carbon around individual atoms is individually fabricated for the domain. The results are in agreement to the above value. The carbon fraction distributions in viral protein reveal that it follows an abnormal carbon fraction distribution than that of normal one. It is demonstrated that the carbon fraction distribution plays an important role in deciding the structure and assembly of the proteins. It will be helpful in understanding the molecular structure and nano fabrication of electronic devices. Clue on fabrication technology has been introduced in order to fabricate information technology for tomorrow’s computer and allied nature.