Copper Carbon (Cu-Carbon) hybrid interconnect is a new and an extremely promising
candidate for future VLSI circuit applications, so it needs to be analyzed for not only …

Growing only single-walled carbon nanotube (SWCNT) or only multi-walled carbon
nanotube (MWCNT) in a bundle is not feasible practically. Thus, a random number of …

This paper presents the scattering induced circuit modelling and performance analysis in
terms of crosstalk and frequency stability in the newly proposed hybrid interconnects …

To exploit the superior performance of copper and graphene interconnects, hybrid
interconnects are seen as a promising interconnect technology for future technology nodes …

In this paper, an artificial neural network (ANN) is developed to model how the geometrical
parameters of hybrid copper-graphene interconnects affect the per-unit-length resistance …

In this paper, we report qualitative comparative signal integrity analysis of self-heated Ferric
Chloride (FeCl_3) doped Top Contacted Multilayer Vertical Graphene Nanoribbon (TC …

Interconnection resistance has become the main factor restricting high-speed and high-
frequency signal transmission due to the smaller chip size. Preparing copper …

In this chapter, we discuss the important role played by high-speed on-chip, that is,
nanoscale interconnects in the design of integrated circuits and systems. Losses and …

One of the most chemically adaptable elements, boron is found in the periodic table
between two groups ie metals and non-metals and may create more than sixteen …