The major advantages of organic electronics are their solution processability and unique optoelectronic performance. long-range ordered single-crystal semiconductor provides the best device performance, as it guarantees efficient charge injection transport minimum defect states. Thus, a facial solution-printing-based method to fabricate devices circuits is great importance development electroni...

VOLUME 37 • AUGUST 2012 • www.mrs.org/bulletin © 2012 Materials Research Society Plasmonics: Converting photons into the nanoscale Recently, photonic technologies have become universal in global data communications. 1 The unprecedented data bandwidths, ever falling power consumption requirements, and reduced cost margins of on-chip photonics 2,3 have established a photonic roadmap for scaling d...

This paper presents details on ultra thin (silicon dioxide and silicon nitride based composite structures) dielectrics that have the potential for meeting future device requirements. The increase in gate leakage current is a major problem for scaled conventional gate oxide in advanced device technology. Approaches to minimize this problems have been reviewed. Various Gate, Interlayer and DRAM d...

The design of custom integrated circuits is an instance of the more general problem of the design of complex systems. Certainly if circuits are to be designed that contain between half a million and a million transistors, then techniques for the design of complex systems must be introduced that will assure quick, correct, and economical construction of the fabricated circuits. The established m...

Abstract In this study, we demonstrate a novel method for the reconfiguration of nondestructively readable memory cell superconductor integrated circuits. The proposed involves direct injection flux quantum to storage loop cell, which has been achieved using interface circuits in previous studies. By applying method, footprint can be reduced by half. We experimentally proof-of-concept investiga...

This project is devoted to the study of fundamental techniques used in the development of both algorithms and representations for the conversion of functional specifications to custom integrated circuit layout specifications. Included in this area are five major areas of investigation. These are the development of functional specification languages, the development and utilization of architectu...