This paper describes a digital logic architecture for 'CMOL'hybrid circuits which combine a
semiconductor–transistor (CMOS) stack and two levels of parallel nanowires, with molecular …

This report describes a preliminary evaluation of performance of a cell-FPGA-like
architecture for future hybrid" CMOL" circuits. Such circuits will combine a semiconduc-tor …

This chapter is a brief review of the recent work on various aspects of the prospective hybrid
semiconductor/nanowire/molecular (“CMOL”) integrated circuits. The basic idea of such …

Reconfigurable nanowire transistors are multifunctional switches that fuse the electrical
characteristics of unipolar n-and p-type field effect transistors (FETs) into a single universal …

Advances in our basic scientific understanding at the molecular and atomic level place us on
the verge of engineering designer structures with key features at the single nanometer scale …

A feasibility and performance study of electrically reconfigurable nanowire transistors with
selectable pFET and nFET operations is presented. The challenges toward circuit …

A field-programmable nanowire interconnect (FPNI) enables a family of hybrid nano/CMOS
circuit architectures that generalizes the CMOL (CMOS/molecular hybrid) approach …

Configurable crossbars are the easiest computational structures to fabricate at the
nanoscale. By creating multiple types of crossbars and assembling them into larger …

Molecular electronics seeks to build electrical devices to implement computation-logic and
memory-using individual or small collections of molecules. These devices have the potential …

Reconfigurable silicon nanowire field-effect transistors (RFETs) combine the functionality of
classical unipolar p-type and n-type FETs in one universal device. In this paper, we show …