The theoretical foundations for nanostructured engineering in the light of quantum consciousness

Abstract

Quantum Consciousness will play an important role in future Information Communication Technology (ICT) for its fast information processing requirement and the advancement of Nano-science and Technology radically explore the field recently. In this paper we present a mathematical formalism of nanoscale dynamics in the light of quantum consciousness. A parametric methodology for establishing self-organizing property of nanoscopic particle using deterministic quantum relativistic parameters instead of probabilistic quantum mechanical terms for energy and momentum has also been designed. The physical dynamics of the particle towards a common point (selfassembled) has been explained with the help of hidden consciousness parameter, avoiding uncertainty relations in a limiting range where the tiny nano particle 1-100nm, constitute an elementary unit of cognition. A brief study of the situations (multi particle dynamical system) in case of nanoparticles fabrication both in bottom-up and top-down has been performed. Self assembly as dynamic interacting pattern formation in multi particle dynamical system has also been presented.