For carbon nanotubes (CNTs) to be exploited in electronic applications, the growth of high
quality material on conductive substrates at low temperatures (< 450° C) is required. CNT …

In nanoscale regime, the performance of traditional copper interconnects degrades
substantially in terms of latency, power dissipation and induced crosstalk noise. This is due …

In a recent nanoregime, the cross-coupling capacitance plays an important role due to the
high packing density of integrated circuits. It can significantly affect the overall interconnect …

This paper presents an efficient optimization strategy based on the Stoyan and Yaskov
algorithm to maximize the tube density of randomly distributed mixed carbon nanotube …

Carbon nanotube (CNT) has emerged as the most extensively researched area in
nanoscience and amongst the frontrunners in co-triggering the nanotechnology revolution …

This paper introduces the circuit modeling and performance analysis of carbon nanotube-
graphene mixed (CGM) structure interconnects. Based on ABCD method, the transfer …

Multiwall carbon nanotube (MWCNT) has been investigated as a potential interconnect
material for future advanced technology nodes. The present paper analyzes performance of …

With the continuous advancement of semiconductor technology, the interconnects crosstalk
has had a great influence on the performances of VLSI circuits. To date, most of the research …

In view of scarce bandwidth resources, an inductive peaking technology is used to expand 3-
dB bandwidth of the coupled single-walled and multi-walled carbon nanotube bundle …

Carbon nanotubes (CNTs) owing to their novel electro-thermal properties have been
emerging as possible solutions to existing chip interconnect materials. Several fabrication …