'Coulomb blockade' diaporamas de présentation

Introduction to Nanoelectronics and Fabrication

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www.scientificamerican.com

Molecular electronics. www.scientificamerican.com. Molecular electronics. Biological Systems. Molecular Electronics Devices. Use molecular electronics to study biological systems. . Molecular electronics. Incentives Molecules are nano-scale Self assembly is achievable

719 views • 57 slides

Spin-orbit coupling based spintronics: Extraordinary magnetoresistance studies in semiconductors

Spin-orbit coupling based spintronics: Extraordinary magnetoresistance studies in semiconductors. Tom as Jungwirth. Universit y of Nottingham Bryan Gallagher, Tom Foxon, Richard Campion, Kevin Edmonds, Andrew Rushforth, Devin Giddings et al. Institute of Physics ASCR

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Introduction to Quantum Computing Lecture 3: Qubit Technologies

Introduction to Quantum Computing Lecture 3: Qubit Technologies. Rod Van Meter rdv@tera.ics.keio.ac.jp June 27-29, 2005 WIDE University School of Internet with help from K. Itoh, E. Abe, and slides from T. Fujisawa (NTT) . Course Outline. Lecture 1: Introduction

1.78k views • 46 slides

Ferromagnetic and non-magnetic spintronic devices based on spin-orbit coupling

Ferromagnetic and non-magnetic spintronic devices based on spin-orbit coupling. Tom as Jungwirth. Universit y of Nottingham Bryan Gallagher, Tom Foxon, Richard Campion, Kevin Edmonds, Andrew Rushforth, Devin Giddings et al. Institute of Physics ASCR Alexander Shick.

619 views • 43 slides

Five-Lecture Course on the Basic Physics of Nanoelectromechanical Devices

Five-Lecture Course on the Basic Physics of Nanoelectromechanical Devices. Lecture 1 : Introduction to nanoelectromechanical systems (NEMS) Lecture 2 : Electronics and mechanics on the nanometer scale Lecture 3 : Mechanically assisted single-electronics

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Igor Aleiner (Columbia)

Theory of Quantum Dots as Zero-dimensional Metallic Systems. Igor Aleiner (Columbia). Collaborators: B.L.Altshuler (Princeton) P.W.Brouwer (Cornell) V.I.Falko (Lancaster, UK) L.I. Glazman (Minnesota) I.L. Kurland (Princeton). Physics of the Microworld Conference, Oct. 16 (2004).

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Single Molecule Electronics

Single Molecule Electronics. Stuart.Lindsay@asu.edu Arizona Biodesign Institute. Single molecules as a tool for understanding. More Single molecules for better understanding. Photosynthesis and single molecule electronics The ASU-Physics-Chemistry-Engineering-Motorola group:. The Program.

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A Tutorial on Emerging Nanotechnology Devices

A Tutorial on Emerging Nanotechnology Devices. Tezaswi Raja, Rutgers University Vishwani D. Agrawal, Auburn University Michael Bushnell, Rutgers University. Outline. Introduction Nano Scale MOSFET Carbon Nanotube FETs Solid State Quantum Devices Molecular Electronics

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Modelling of recent charge pumping experiments

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Nanoscale Electronics / Single-Electron Transport in Quantum Dot Arrays

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Coulomb Blockade and Single Electron Transistor

Coulomb Blockade and Single Electron Transistor. Piyush Kumar Sinha Piyush.cuj@gmail.com Centre for Nanotechnology. Piyush Kumar Sinha (piyush.cuj@gmail.com). Outline of the project. Introduction to Coulomb Blockade . Conditions for Coulomb Blockade .

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Burocracia ...

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Single Electron Transistors (SET)

Single Electron Transistors (SET). EE 240 Group 6 05-06-05 Adit Gupta, Sandeep Kotak, Ana MartinezMarrosu, Erik Stegall. Overview:. Summary Background Creation Formulas Problems Devices and Applications Future/Closing. Introduction:. Summary: Definition:

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Figure 11.7. V-V g diagram showing the Coulomb blockade for a symmetric SET in the n =0 state.

Figure 11.1. Schematic depicting tunneling across a normal-insulator-normal (NIN) junction at T=0. (Reproduced with kind permission of J. Hergenrother.). Figure 11.2. The electron tunneling rate through a NIN junction as a function of change in system free energy at different values of k B T.

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PICO-group SAB presentation, Nov 9, 2006, Jukka Pekola

300 views • 12 slides