MCW07 Modeling Molecule-Assisted Transport in Nanotransistors

Update: 2007-11-06

Description

Molecular electronics faces many problems in practical device implementation, due to difficulties with fabrication and gate-ability. In these devices, molecules act as the main conducting channel. One could imagine alternate device structures where molecules act as quantum dots rather than quantum wires, with assembled molecular adsorbates acting as scattering centers in commercial silicon-based FETs.

Comments

In Channel

MCW07 Exploring Trends in Conductance for Well-Defined Single Molecule Circuits

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MCW07 Metal-Molecule Interface Reactions for Silicon-Based Molecular Electronic Devices

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MCW07 A Quantum Open Systems Approach to Molecular-Scale Devices

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MCW07 Physics of Contact Induced Current Asymmetry in Transport Through Molecules

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MCW07 Modeling Molecule-Assisted Transport in Nanotransistors

2007-11-06--:--

MCW07 Impact of Porphyrin Functional Groups on InAs Gas Sensors

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MCW07 Simple Models for Molecular Transport Junctions

2007-09-13--:--

MCW07 Conductance Switching in Fluorene/TiO2 Molecular Heterojunctions

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MCW07 Silicon Based Nanopore Sensors for Detection of DNA Molecules

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MCW07 Electronic Level Alignment at Metal-Molecule Contacts with a GW Approach

2007-09-05--:--

MCW07 Modeling Charging-based Switching in Molecular Transport Junctions

2007-09-05--:--

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MCW07 Modeling Molecule-Assisted Transport in Nanotransistors

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MCW07 Modeling Molecule-Assisted Transport in Nanotransistors

Kamil Walczak

MCW07 Modeling Molecule-Assisted Transport in Nanotransistors