Interconnects are considered as one of the grandest challenges that gigascale and
terascale integrations face because of the delay they add to critical paths, the power they …

In this paper, we are proposing novel analytical time domain models for side contact and top
contact multilayer graphene nanoribbon (MLGNR) interconnects. Our proposed models give …

In this paper, physical models are derived for the effective resistance of multilayer graphene
nanoribbon (m-GNR) interconnects. The impact of finite resistive coupling between the …

This paper presents an electro-thermal radio frequency (RF) model and performance
analysis for multilayer graphene nanoribbon (MLGNR) interconnects. The number of …

This paper addresses the impact of interlayer resistance due to c-axis resistivity and contact
resistance on performance in terms of delay, power dissipation and power delay product …

Due to their higher resistance, single layer graphene nanoribbons (GNRs) are not suitable
for high-speed on-chip interconnect applications. Hence, we use multilayer GNRs …

Solid-state devices based on utilizing the electron spin for storing and manipulating
information may pave the way for next-generation computers. In this paper, the performance …

Analytical models for frequency response of multilayer graphene interconnects are obtained
by a general multi-conductor analysis approach. The dependence of frequency response on …

The effective resistance of a multilayer graphene nanoribbon (MLGNR) interconnect
depends on the number of conducting layers. However, all the layers present in the …

Based on the property of angular dependent transmission probability of electrons observed
in graphene PN junctions, a modified MUX-based graphene logic device is introduced. A …