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Reversible logic catered significant research interest owing to its unbound merits. It ushers low power consumption, minimalized garbage output and least propagation delay like noble features. Numerous research attempts have been reported till date to fabricate reversible logic ICs using conventional CMOS topology. But as CMOS technology itself is facing typical scaling down problem thus Researchers...
Single spin logic (SSL) is an embryonic field of low dimension (nano scaled) device research that employs spin degree of freedom in quantum dots. The intrinsic merits of Spintronics ushered substantial potential in articulating single spin logic devices only to replace its conventional CMOS counterpart. Eventually spin based research alike is predecessor technologies ventured in two distinctive arenas...
The artistry and science of teaching-learning curriculum in classroom based lectures and tutorials have been reinforced by contemporary interactive Information and Communication Technology (ICT) tool since its very inception. Engineering disciplines also inducted ICT based modules to fortify conceptual and problematical subjects in the very dawn of this century. These tools are seemingly intelligent...
The authors here report a novel simulation strategy for nano device simulation. In post CMOS era Single Electronics (SE) is a boon to both the industry and academia. However, SE is yet to be deliberated as the only mode to supersede CMOS owing to its intrinsic shortcomings such as low gain, random back ground charge generation and requirement of very low room temperature during fabrication. In such...
Succeeding the Moore's law CMOS technology accumulated extreme device complexity with larger interconnects. But owing to physical scaling limitations CMOS technology itself is degrading the overall performance of binary logic ICs. This has augmented the urgency of Multi Valued Logic (MVL). A ternary logic or a three-valued logic is contemplated as the noblest radix of all assorted MVL formulates....
ZnO gas sensors are widely used for environmental monitoring and industrial applications due to their advantages like small dimensions, low cost and convenient operation. On interaction with reducing gases, adsorbed oxygen concentration results in change of conductivity. The change in conductivity defines a measure of gas concentration. As the gas sensing mechanism is a surface reaction, use of nanostructured...
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