Quantum mechanical design of two logical functions molecular device

Abstract

Quantum mechanical investigations of isolate molecules and a bridge fragment are performed. Based on the investigation results, the design of two logical functions device was done. The investigation results indicate that the molecular device could be applied as logical YES and / or NOT functions. The extension of the concept of a molecular device is of interest for the growth of nanoscience and the development of nanotechnology, as well as the control of chemical reactions.

Quantum Mechanical Control of Artificial Minimal Living Cells

“…We are creating molecular electronics logic gates regulating the photosynthesis, growing and dividing of artificial living cells and nanobiorobots in the order to prevent the negative affects of these new emerging artificial living bioinformation technologies. The molecular electronics and spintronics logical devices which regulate photosynthesis, selfassembling to the mobile computing structures, selectively capturing and transporting nuclear, chemical and microbial pollutions already were quantum mechanically (Tamulis et al, 2003;Tamulis et al, 2004;Tamuliene et al, 2004;Tamuliene et al, 2006;Rinkevicius et al, 2006;Tamulis et al, 2007a). The artificial minimal living cells that are synthesized in LANL (Rasmussen et al, 2003) are only a few (four-six) nanometers in size.…”