Molecular electronics is, relatively speaking, a young field. Even so, there have been many
significant advances and a much greater understanding of the types of materials that will be …

Rapid progress of nanotechnology requires developing novel theoretical methods to explain
complicated experimental results and predict new functions of nanodevices. Thus, for the …

The accelerating pace of CMOS scaling is rapidly approaching the fundamental limits of
MOSFET performance, even as the projected size of a high-performance and …

One of the ultimate miniaturizations in nanotechnology is molecular electronics, where
devices will consist of individual molecules. There are many complications associated with …

Recent experimental studies have demonstrated that single molecules or a small number of
self-assembled molecules can perform the basic functions of traditional electronic …

Recently, planar neutral π-radicals were synthesized based on the insertion of tricoordinate
B atoms in the triphenylmethyl framework (Kushida et al.(2017)[24]). This radical shows well …

Encouraged by the promising performance of C60-graphene single-molecule transistors
observed in experiments, two types of Fen/C60-GNR (n= 2 and 4 and GNR= graphene …

According to a first-principles study of the transport properties of two thiolated anthracene-9,
10-diono molecules sandwiching ethyl, a new method to induce molecular low bias negative …

One of the tasks of the International Technology Roadmap for Semiconductors (ITRS)
Emerging Research Devices (ERD) Technology Working Group (TWG) is to seek out …

Negative differential resistance (NDR) devices have recently attracted interest as multi-
valued logic (MVL) circuits, owing to their folded electrical characteristics. However, with …