Transparent electrodes that can remain electrically conductive and stable under large
mechanical deformations are highly desirable for applications in flexible and wearable …

The benefits of multi-layer graphene (MLG) capping on Cu interconnects have been
experimentally demonstrated. The resistance of MLG capped Cu wires improved by 2–7 …

Transparent electrodes with superior flexibility and stretchability as well as good electrical
and optical properties are required for applications in wearable electronics with comfort …

Unstable characteristics of graphene field effect transistors (FETs) have generated concerns
about the feasibility of graphene electronic devices. Two dominant mechanisms of instability …

The origin of the device instability of chemical vapor deposited graphene metal oxide
semiconductor field effect transistor has been investigated while varying the characterization …

High-performance van der Waals (vdW) integrated electronics and spintronics require
reliable current-carrying capacity. However, it is challenging to achieve high current density …

Transparent and flexible (TF) microheaters are required in wearable devices, labs-on-chip,
and micro-reactors. Nevertheless, conventional microheaters are rigid or opaque or both …

This paper concerns the thermal properties of graphene-based films for heat spreading
applications. Following liquid phase exfoliation (LPE) films were made by two different …

Here, we demonstrate the fabrication of a Cu-graphene heterostructure interconnect by the
direct synthesis of graphene on a Cu interconnect with an enhanced performance. Multilayer …

Understanding the breakdown current density is not enough for establishing the reliability
performance of graphene interconnects. It is more important to know how graphene wires …