Novel Nanoscale Tunneling Architectures for DNA Analysis

Architectures for Nanoscale Devices

ARCHITECTURES FOR NANOSCALE DEVICES

Continuum versus Quasi-Bound State Tunneling in Novel Device Architectures

In contrast to bulk MOSFETs, in UTB devices using SOI substrates, also the geometrical confinement yields quantization. This strongly affects the local density of states, and gives rise to quasi-bound states (QBS), hence the assumption of a continuum of states is no longer valid. Each QBS gives rise to a tunneling current which follows from the number of electrons occupying the state over the c...

Programmable cellular architectures at the nanoscale

This paper presents the first fully programmable digital cellular design for nanodevicebased computational fabrics. The system has a fully regular structure and consists of a large number of simple functional units called cells. It is programmable, based on a small number of global signals routed from supporting CMOS and associated nanoscale circuitry. The architecture may be adapted to suit a ...

Generic Parallel Processing Techniques for Nanoscale Spin-Wave Architectures

1 Authors are listed in alphabetical order 2 Mary M. Eshaghian-Wilner is a Patent Agent at the Electronics Practice Group of Foley & Lardner, LLP. She is also an Adjunct Professor of Electrical Engineering at the University of California, Los Angeles. Abstract In this paper, we study the algorithm design aspects of three newly developed spin-wave architectures. The architectures are capable of ...

Designer DNA Architectures for Bionanotechnology