Assembly of Nanoscale Organic Single-Crystal Cross-Wire Circuits

Thomas Bjørnholm

Assembly of Nanoscale Organic Single-Crystal Cross-Wire Circuits

Thomas Bjørnholm

Rektoratet

96 Citations (Scopus)

Abstract

Organic single-crystal transistors and circuits can be assembled by nanomechanical manipulation of nanowires of CuPc, F(16)CuPc, and SnO(2):Sb. The crossed bar devices have low operational voltage, high mobility and are stable in air. They can be combined into circuits, providing varied functions including inverters and NOR and NAND logic gates, opening new opportunities for organic nanoelectronics and highly sophisticated integrated logic devices.

Original language	English
Journal	Advanced Materials
Volume	21
Issue number	42
ISSN	0935-9648
Publication status	Published - 13 Nov 2009

Cite this

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title = "Assembly of Nanoscale Organic Single-Crystal Cross-Wire Circuits",

abstract = "Organic single-crystal transistors and circuits can be assembled by nanomechanical manipulation of nanowires of CuPc, F(16)CuPc, and SnO(2):Sb. The crossed bar devices have low operational voltage, high mobility and are stable in air. They can be combined into circuits, providing varied functions including inverters and NOR and NAND logic gates, opening new opportunities for organic nanoelectronics and highly sophisticated integrated logic devices. ",

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AB - Organic single-crystal transistors and circuits can be assembled by nanomechanical manipulation of nanowires of CuPc, F(16)CuPc, and SnO(2):Sb. The crossed bar devices have low operational voltage, high mobility and are stable in air. They can be combined into circuits, providing varied functions including inverters and NOR and NAND logic gates, opening new opportunities for organic nanoelectronics and highly sophisticated integrated logic devices.

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